ISHVAC 2019 The 11th International Symposium on Heating, Ventilation and Air Conditioning

Final Program

July 12-15, 2019, Harbin, China

Host and Organizer

Co-organizer

Cooperators

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Invitation to

ISHVAC 2019

Building environment is increasingly recognized as important to our health and well-being. The majority of the building energy is consumed for creating comfortable and healthy building environment by heating, ventilating, and air conditioning (HVAC) systems. However, both developed and developing countries are facing problems in energy conservation. Since 1991, the International Symposium on Heating, Ventilation and Air Conditioning (ISHVAC) series Zhaojun Wang, Ph. D. have been the prime international meeting place for scientists and professionals in the multidisciplinary field of indoor and outdoor built environment, HVAC and building energy Professor of School of conservation. Architecture, Harbin Institute of Technology, The 11th ISHVAC (ISHVAC 2019) will be held from July 12 to China 15, 2019 in Harbin, China, hosted by School of Architecture, Harbin Institute of Technology (HIT). HIT is the mother of Director of the Institute of HVAC education in China, which offered the first HVAC Built Environment and course in the 1950s. HIT would like to use this conference to Energy Application share in academia, industries and organizations the progress Engineering and expansion of knowledge and technologies in built environment, HVAC and energy conservation in buildings. We hope that the conference will provide opportunities to exchange new ideas and the state-of-the-art sciences and technologies, to identify solutions for problems in built environment, and to build partnerships among engineers, architects, environmental scientists, facility managers, HVAC system manufacturers, and policy makers.

On behalf of the Organizing Committee, I warmly invite you to

join ISHVAC 2019 in the beautiful and welcoming city of Harbin.

Sincerely,

Zhaojun Wang

President of ISHVAC 2019 Professor, Harbin Institute of Technology

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Table of Contents

Invitation to ISHVAC 2019 ···································································· 1

Table of Contents ··············································································· 2

Committees ························································································ 3 Conference Organizing Committee ...... 3 International Advisory Committee ...... 3 International Scientific Committee ...... 4

Sponsors ··························································································· 5

General Information ············································································ 6 Emergency ...... 6 Transportation Information ...... 6 Hotels ...... 7 Conference Venue ...... 9 Registration ...... 12 Name Badges ...... 13 Conference Facilities ...... 13 Practical Information ...... 13 Social Events ...... 15 Technical Visits ...... 16 Instructions for Speakers ...... 17 ISHVAC 2019 Secretariat ...... 17

General Timetable ············································································· 18

Introduction to the Technical Program ················································ 19 Opening & Closing Ceremony Programmes ...... 19 Plenary Sessions ...... 20 Workshops ...... 24 Oral and Poster Sessions ...... 29

Summary of the Technical Program ···················································· 30 Saturday, July 13 ...... 30 Sunday, July 14 ...... 32 Monday, July 15 ...... 34

Detailed Technical Program ······························································· 36 Saturday, July 13 ...... 36 Sunday, July 14 ...... 49 Monday, July 15 ...... 64

Detailed Social Program ···································································· 73

Tour Information ··············································································· 74

Index of Chairs and Presenters ·························································· 75 Chair Index ...... 75 Presenter Index...... 77

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Committees

Conference Organizing Committee

President: Zhaojun Wang Professor Harbin Institute of Technology China

Technical Program Chair: Jing Liu Professor Harbin Institute of Technology China

Advisory Chair: Yingxin Zhu Professor Tsinghua University China

Secretary General: Peng Wang Harbin Institute of Technology China

Members: Fang Wang Harbin Institute of Technology China Chao Shen Harbin Institute of Technology China Jiankai Dong Harbin Institute of Technology China Yanling Wang Harbin Institute of Technology China Zhigang Zhou Harbin Institute of Technology China Haiyan Wang Harbin Institute of Technology China Xiumei Bai Harbin Institute of Technology China

Student Members: Yuchen Ji Harbin Institute of Technology China Qingwen Xue Harbin Institute of Technology China Xiaowen Su Harbin Institute of Technology China Subei Bu Harbin Institute of Technology China Xin Chen Harbin Institute of Technology China Jing Du Harbin Institute of Technology China

International Advisory Committee

Edward Arens University of California, Berkeley USA Chungyoon Chun Yonsei University South Korea Richard Corsi University of Texas at Austin USA Richard de Dear The University of Sydney Australia Lin Duanmu Dalian University of Technology China Xiumu Fang Harbin Institute of Technology China Yi Jiang Tsinghua University China Kwang-Woo Kim Seoul National University South Korea Angui Li Xi'an University of Architecture and Technology China Baizhan Li Chongqing University China Yuguo Li Hongkong University China Junjie Liu Tianjin University China Bjarne W. Olesen Technical University of Denmark Denmark Andrew Persily National Institute of Standards and Technology USA Shin-ichi Tanabe Waseda University Japan Sven Werner Halmstad University Sweden

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Hiroshi Yoshino Tohoku University Japan Guoqiang Zhang Hunan University China Xu Zhang Tongji University China Jianing Zhao Harbin Institute of Technology China

International Scientific Committee

Alireza Afshari Aalborg University Denmark Hazim Awbi University of Reading UK Bin Cao Tsinghua University China Guangyu Cao Norwegian University of Science and Technology Norway Shijie Cao Guangzhou University China Ping Cui Shandong Jianzhu University China Lei Fang Technical University of Denmark Denmark Guohui Feng Shenyang Jianzhu University China Jun Gao Tongji University China Naiping Gao Tongji University China Weijun Gao The University of Kitakyushu Japan Tomonobu Goto Tohoku University Japan Runa T. Hellwig Aalborg University Denmark Jan Hensen Eindhoven University Netherlands Sabine Hoffmann Technische Universität Kaiserslautern Germany Tianzhen Hong Lawrence Berkeley National Laboratory USA Yiqiang Jiang Harbin Institute of Technology China Xianting Li Tsinghua University China Xiangli Li Dalian University of Technology China Zhengrong Li Tongji University China Zhiwei Lian Shanghai Jiao Tong University China Borong Lin Tsinghua University China John Lin Hong Kong City University China Xiaohua Liu Tsinghua University China Zhiwen Luo University of Reading UK Jianlei Niu The Hong Kong Polytechnic University China Atila Novoselac University of Texas at Austin USA Yiqun Pan Tongji University China Menghao Qin Technical University of Denmark Denmark Mattheos Santamouris University of New South Wales Australia Chandra Sekhar National University of Singapore Singapore Stefano Schiavon University of California, Berkeley USA Marcel Schweiker Karlsruhe Institute of Technology Germany Li Song University of Oklahoma USA Fu-Jen Wang National Chin-Yi University of Technology China Gang Wang University of Miami USA Leon Wang Concordia University Canada Shengwei Wang Hong Kong Polytechnic University China Yi Wang Xi’an University of Architecture and Technology China Wei Xu China Academy of Building Research China Da Yan Tsinghua University China 4

U Yanagi Kogakuin University Japan Hongxing Yang The Hong Kong Polytechnic University China Xudong Yang Tsinghua University China Runming Yao University of Reading UK Yang Yao Harbin Institute of Technology China Yonggao Yin Southeast University China Yanping Yuan Southwest Jiaotong University China Zhiqiang (John) Zhai University of Colorado at Boulder USA Hui Zhang University of California, Berkeley USA Jili Zhang Dalian University of Technology China Linhua Zhang Shandong Jianzhu University China Quan Zhang Hunan University China Tengfei (Tim) Zhang Dalian University of Technology China Yinping Zhang Tsinghua University China Yufeng Zhang South China University of Technology China Xudong Zhao University of Hull UK Xiang Zhou Tongji University China

Sponsors

Harbin Institute of Technology, http://www.hit.edu.cn/

Dalian Haixin Information Engineering Co., Ltd., http://www.hx-soft.com/

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General Information

Emergency

Police: Call 110 Ambulance: Call 120 Fire: Call 119

All emergency issues must be reported to the ISHVAC 2019 Conference Secretariat. Cellphone: +86-18645041026 Peng Wang (王芃) during normal business hours +86-15945180319 Zhigang Zhou (周志刚) outside of business hours

Transportation Information

The following information shows how to reach your hotel from Harbin Taiping International Airport and various railway stations in Harbin.

It is highly recommended that you use taxi for local transportation. Please do not take an unlicensed taxi offered inside the airport terminal and railway stations. When you take taxi, please show your hotel name in Chinese to your taxi driver as he/she may not speak English. You can refer to the Hotels information on page 7. Please keep taxi receipts and write down the taxi license number that is displayed on front of the passenger seat and taxi license plate number if you have any problems.

Transportation from Harbin Taiping International Airport The taxi ride from Taiping Airport takes around 50 min and costs about 130 Yuan (US $20). You can find a taxi outside of the terminal exit.

You can also take shuttle bus Line 1 to Harbin Railway Station. The buses run from 7:30 and depart according to flights. The ride takes about 1 hour and 30 min and costs 20 Yuan (US $3). After getting off at the Harbin Railway Station, you can take a taxi to your hotel. This ride will take about 5 min and cost about 9 Yuan (US $1.3).

Transportation from Railway Stations The main railway stations in Harbin are Harbin Railway Station and Harbin West Railway Station. Harbin Railway Station is closer to your hotel. You can take a taxi after exiting departure hall by following the taxi sign. The ride will take about 5 min and cost about 9 Yuan (US $1.3).

Harbin West Railway Station is mainly for high-speed trains and is about 9 km away from your hotel and the conference venue. The taxi ride would take about 20 min and cost around 20 Yuan (US $3). You can also take Metro Line 3 to 2nd Affiliated Hospital of Harbin Medical University Station. To take Metro Line 3, you should walk a few minutes to the East Square of Harbin West Railway Station. When you get off at the 2nd Affiliated Hospital of Harbin Medical University Station, transfer to Metro Line 1 and get off at Museum Station. It will cost 3 Yuan (US $0.4). The Museum Station is within a 15-minute walk to your hotel.

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Hotels

The following hotels are used by ISHVAC 2019 conference participants and their accompanying persons. Please print a copy of your hotel name and address below and show it to your taxi driver.

A. Sinoway Hotel (华融饭店，★★★★★) 2 Yiyuan Street, Nangang District, Harbin, 150001, China (哈尔滨南岗区颐园街2号) Tel：+86-0451-86291111 Fax: +86-0451-53670262

B. Post Hotel (波斯特酒店, ★★★★) 147 Youzheng Street, Nangang District, Harbin, 150001, China (哈尔滨南岗区邮政街147号) Tel：+86-0451-53626888 Fax: +86-0451-53626777

C. Harbin International Hotel (哈尔滨国际饭店, ★★★★) 4 Xidazhi Street, Nangang District, Harbin, 150001, China (哈尔滨南岗区西大直街4号) Tel：+86-0451-82578888

D. Haiyun Business Hotel (海韵商务酒店, ★★★) 19 Xidazhi Street, Nangang District, Harbin, 150001, China (哈尔滨南岗区西大直街19号) Tel：+86-0451-82832222 Fax: +86-0451-82832111

E. Hanting Express Hotel (汉庭酒店) This hotel can only host guests with a valid Chinese ID card 75 Guomin Street, Nangang District, Harbin, 150001, China (哈尔滨南岗区国民街75号) Tel：+86-0451-53631177 Fax: +86-0451-53631155

F. Ji Hotel (全季酒店) 6 Hongjun Street, Nangang District, Harbin, 150001, China (哈尔滨南岗区红军街6号) Tel：+86-0451-51097555 Fax: +86-0451-51753338

Note: 1. You may refer to the following map to get to your hotel from nearby transportation stops, and identify the locations for conference registration. The registration on July 12 (Friday) will be in the lobby of Sinoway Hotel (华融饭店), and on July 13 (Saturday), July 14 (Sunday) and July 15 (Monday) will be in the lobby of ISHVAC 2019 Conference Venue that is at School of Architecture, Harbin Institute of Technology (HIT). 2. The School of Architecture at HIT is within a 15-minute walk to your hotel. You may refer to the following map to get there during conference. 7

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Conference Venue

School of Architecture, Harbin Institute of Technology The ISHVAC 2019 will be held at the School of Architecture, Harbin Institute of Technology, 66 Xidazhi Street, Nangang District, Harbin, 150006, China. The School of Architecture is a 50-minute drive from Harbin Taiping International Airport and a 30-minute walk to Harbin Railway Station.

Conference Venue Floor Plans The conference venue mainly consists of three parts: Central wing, Northeast wing and Southwest wing. The conference will be held in several rooms on the 2nd, 3rd and 4th floor of the venue. The room arrangements are: Central wing Lobby 1st floor Registration Desk and ISHVAC 2019 Secretariat Room 1 (Hall) 3rd floor Opening & closing ceremony, plenary sessions, oral sessions, and workshops Room 2 (224) 2nd floor Live broadcasting of opening & closing ceremony and plenary sessions, oral sessions, and workshops Room 3 (314) 3rd floor Asia HVAC Alliance Meeting and workshops Room 7 (414) 4th floor Oral sessions Corridor outside Room 1 3rd floor Poster sessions

Northeast wing Room 4 (303) 3rd floor Oral sessions Room 5 (302) 3rd floor Oral sessions Room 6 (409) 4th floor Oral sessions

Southwest wing Room 8 (257) 2nd floor Oral sessions Room 9 (337) 3rd floor Oral sessions Room 10 (434) 4th floor Oral sessions

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Registration

Registration Hours

July 12 (Friday) 14:00-21:00 Lobby on the 1st floor at Sinoway Hotel July 13 (Saturday) 7:30-18:00 Lobby on the 1st floor at School of Architecture July 14 (Sunday) 8:30-18:00 Lobby on the 1st floor at School of Architecture July 15 (Monday) 8:30-11:30 Lobby on the 1st floor at School of Architecture

On-site Registration Fees

Delegates: US $820 / person Full-time students: US $520 / person Accompanying person: US $300 / person One day registration: US $520 / person

The registration package for general participants and full-time students includes:

 Opening ceremony  All plenary, oral, and poster sessions, and workshops  Tea breaks  Lunch from July 13 (Saturday) through July 15 (Monday)  Dinner on July 13 (Saturday) and July 15 (Monday)  Conference banquet and art performance on July 14 (Sunday)  One technical visit  Closing ceremony  A USB flash disk that contains the conference proceedings  One ISHVAC 2019 bag  One ISHVAC 2019 gift

The registration package for registered accompany persons includes:

 Opening ceremony  Dinner on July 13 (Saturday) and July 15 (Monday)  Conference banquet and art performance on July 14 (Sunday)  Closing ceremony

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Name Badges

A name badge is issued upon registration. Due to security considerations, the name badge must be worn during all conference events.

Conference Facilities

Projectors Multimedia LCD projectors will be available in all the meeting rooms.

Practical Information

Cellular Phone Use Policy Cellular phone must be switched off during a conference session. Please be considerate for not disturbing your fellow participants. It is not appropriate to answer a phone during a session.

Conference Publications All accepted papers are published in conference proceedings. Authors can choose to pay for publishing the paper in the book series of Environmental Engineering, which is an EI indexed book. Some excellent papers will be invited to be further expanded for publishing in reputed international journals indexed by SCI.

Currency Exchange In China, only Chinese Yuan (RMB) is used. However, currency exchange services can be found at airports and banks. The exchange rate is about US $1 ≈ 7 Yuan, EUR €1 ≈ 8 Yuan. When exchanging money, please keep your receipt so that you can change any remaining Chinese Yuan back to foreign currency when leaving China. Visa and MasterCard are accepted in major department stores and hotels. It may be difficult to use credit card in small vendors. You may cash Chinese Yuan from an ATM with your credit card or bank debit card.

Dress Code Normal business attire is appropriate for meetings and social events.

Electricity The electrical current in China is 220V-50Hz, and most hotels provide 110V outlets for shavers.

Insurance The registration fee does not include insurance for the participants regarding accidents, sickness or loss of personal property. It is advisable that participants make their own arrangements with respect to health and travel insurance before leaving their countries

Internet Free wireless internet will be provided in public areas around the School of Architecture at HIT. The wireless internet account and password will be posted during the conference.

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Language The official language of the ISHVAC 2019 is English.

Lost and Found Any articles found should be taken to the ISHVAC 2019 Secretariat near the Registration Desk. Lost property can be claimed at the same place.

Post Office Post Offices are open everyday between 09:00 and 17:00 in Harbin. A nearby post office is located at 328 Dongdazhi Street, a 15-minute walk away from the conference venue. Another small Post Office is located on the first floor inside the School of Architecture and is open on weekdays between 09:00 and 16:00.

Public Toilets Many public toilets in Harbin do not provide toilet paper. Please carry some with you when you go outside your hotel.

Smoking Policy Smoking is not allowed in the conference venue, no matter an area is designated for smoking or not.

Tax All the prices listed in China include tax and service charge, unless tax and service charge are stated explicitly that would happen in some hotels and restaurants.

Tipping Tipping is not expected for all the services in China, such as taxi, hotel, restaurants, cinemas, etc. However, a small tip could be left to hotel porters and tour guides for extraordinary service. The prices in most hotels and restaurants include service charges, unless the service charge is explicitly listed in the hotel bill or restaurant menu.

Water Tap water at your hotel and in the School of Architecture at HIT is not safe for drinking. Please drink only boiled or bottled water.

Weather In July, the average temperature is about 28°C (82°F) during daytime and 18°C (64°F) during night. The weather will be much cooler when it rains.

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Social Events

Events Date Time Venues

Room 1, 3rd floor, July 13 Room 2, 2nd floor (live Opening Ceremony 08:30-08:50 (Saturday) broadcasting), School of Architecture July 13 Playground in Group Photo 10:10-10:40 (Saturday) School of Architecture Asia HVAC Alliance Meeting July 13 Room 3, 3rd floor, 13:30-15:30 (Invited Participants) (Saturday) School of Architecture The Architectural Design and July 13 Research Institute of HIT Chair Dinner 18:30-20:30 (Saturday) (哈尔滨工业大学 建筑设计研究院) Dinner for General and July 13 Man Han Lou 18:30-20:30 Student Participants (Saturday) (满汉楼公滨路店) Banquet and Art July 14 Sinoway Hotel 18:30-20:30 Performance (Sunday) (华融饭店) Room 1, 3rd floor, July 15 Room 2, 2nd floor (live Closing Ceremony 17:00-17:30 (Monday) broadcasting), School of Architecture July 15 Closing Dinner (Buffet) 18:00-20:00 Post Hotel (波斯特酒店) (Monday) Dingxiang Canteen, July 13 12:30-13:30 School of Architecture (Saturday) (建筑学院丁香餐厅) Dingxiang Canteen, July 14 Lunch 12:30-13:30 School of Architecture (Sunday) (建筑学院丁香餐厅) Dingxiang Canteen, July 15 12:30-13:30 School of Architecture (Monday) (建筑学院丁香餐厅)

Note: 1. The Opening & Closing Ceremony and Plenary Sessions will be held in Room 1 (Hall) and broadcasted live in Room 2 (224). You may choose to watch the live broadcasting in Room 2 if Room 1 is too crowded. 2. The Chair Dinner venue is adjacent to the Technical Visit for Chairs venue, located at 73 Huanghe Road, Nangang District, Harbin (哈尔滨南岗区黄河路73号). Chair Dinner follows the Technical Visit for Chairs. Shuttle buses will first take you to the visiting place. Please gather at about 16:20 on July 13 (Saturday) in the lobby on the first floor of the School of Architecture. Shuttle buses will take you back to Sinoway Hotel (华融饭店) after dinner. Please refer to the following Technical Visits section for more information. 3. Man Han Lou (满汉楼公滨路店) is at 300 Gongbin Road, Xiangfang District, Harbin (哈尔滨 香坊区公滨路300号). Please gather at Carrefour Parking Lot (家乐福停车场) at about 18:10 on July 13 (Saturday) and shuttle buses will take you there. The Carrefour Parking Lot is at 40 Xidazhi Street, Nangang District, Harbin (哈尔滨南岗区西大直街40号), across the street from Haiyun Business Hotel (海韵商务酒店). It is within a 5-minute walk from the School of Architecture and volunteers will guide you there. You may refer to the map on page 15

8. Shuttle buses will take you back to Sinoway Hotel (华融饭店) after dinner. 4. Sinoway Hotel (华融饭店) is at 2 Yiyuan Street, Nangang District, Harbin, China (哈尔滨南岗 区颐园街2号). Post Hotel (波斯特酒店) is at 147 Youzheng Street, Nangang District, Harbin (哈尔滨南岗区邮政街147号). They are within a 15-minute walk from School of Architecture or your hotel. You can refer to the map on page 8 to get to the two dinner venues. 5. Dingxiang Canteen ( 丁 香 餐 厅 ) is located in School of Architecture, adjacent to the conference venue. You can get there from the conference venue by following conference signs. 6. Tickets are required for all lunches and dinners.

Technical Visits

There will be two technical visits for general participants and one technical visit for chairs to the Heilongjiang Key Laboratory for Cold Region Architectural Science. Please choose one of the following time slots:

July 13 (Saturday):

Technical Visit 1: 13:30 Departure from School of Architecture 14:00 Tour the Key Laboratory 15:00 Leave the Key Laboratory 15:30 Arrive at School of Architecture

Technical Visit for Chairs: 16:30 Departure from School of Architecture 17:00 Tour the Key Laboratory 18:00 Leave the Key Laboratory for Chair Dinner at the Architectural Design and Research Institute of HIT 20:30 Finish the Chair Dinner and leave for Sinoway Hotel 21:00 Arrive at Sinoway Hotel

July 14 (Sunday):

Technical Visit 2: 13:30 Departure from School of Architecture 14:00 Tour the Key Laboratory 15:00 Leave the Key Laboratory 15:30 Arrive at School of Architecture

Note: 1. Please sign up for technical visit for general participants at the Registration Desk. 2. Shuttle buses will take you to the Key Laboratory and back to School of Architecture in Technical Visits 1 and 2. Please gather 10 minutes prior to the departure time near the registration desk on the first floor of the School of Architecture. We will leave from the lobby on the first floor of the Key Laboratory. 3. For Technical Visit for Chairs, shuttle buses will take you to the visiting place. Please gather at about 16:20 on July 13 (Saturday) in the lobby on the first floor of the School of Architecture. After Chair Dinner, please gather and get on shuttle buses in front of the Key Laboratory at 20:30. Shuttle buses will take you back to Sinoway Hotel (华融饭店).

(Please refer to the Detailed Social Program on page 73 for more information.)

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Instructions for Speakers

Oral Presentations It is highly recommended that an oral presenter practices his/her talk several times prior to the presentation. The presenter must make sure he/she can complete the presentation in eight (8) minutes during the practice. Note that when the presenter presents to a large audience, an eight-minute presentation will take ten minutes to finish.

A presenter is kindly requested to be in the meeting room ten (10) minutes prior to the beginning of the session. The presenter should check if the PowerPoint file works in the computer. It is advised that the presenter introduces himself/herself to the session chair and other presenters in the same session. Due to limited time, the introduction by the session chair for each presenter will be very brief. Each presenter may prepare a brief note and give it to the session chair.

When the session chair asks a presenter to start the presentation, the presenter should please:

1. Start the talk immediately on the topic and avoid another self-introduction by the presenter; 2. Pace the talk to end before the scheduled ending time. This will allow time for questions and discussion; 3. Listen carefully to the questions from audience and answer them briefly. If the presenter cannot answer the questions briefly, ask for a private discussion after the session; 4. Adhere to session chair's instructions.

Poster Presentations The poster size should be 84 cm in height and 59 cm in width.

Poster presenters are encouraged to set up posters between 8:30 and 9:30 on July 14 (Sunday). Presenters are then kindly requested to remove posters by 12:00 noon on July 14 (Sunday).

Poster presenters must be available in front of their posters during the poster session on July 14 (Sunday) between 10:00 and 10:30. In order to attract a large audience to the poster, the presenter should start to give a summary of the results if there are more than four people standing around the poster. If there are fewer people around, a presenter should encourage an audience by asking: “Do you have any questions about my poster?” or “Could I explain more to you about the results shown on my poster?”

ISHVAC 2019 Secretariat

During the conference: The Registration Desk on the first floor at School of Architecture Phone: +86-18645041026 (normal business hours)

Before and after the conference: Dr. Peng Wang (王芃) Phone: +86-18645041026 (normal business hours) 73 Huanghe Road, Nangang District Harbin 150090, China E-mail : [email protected] URL: http://www.ishvac2019.org

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General Timetable

Time Saturday, July 13 Sunday, July 14 Monday, July 15 8:30 Opening Ceremony Plenary Session 2 Plenary Session 3 Plenary Session 1 (Keynote 3, 4) (Keynote 5, 6) 9:30 (Keynote 1, 2) Tea Break & Poster Tea Break Presentation 10:30 Group Photo Tea Break Parallel Sessions Parallel Sessions (Workshops 3 & 14; (Workshops 1 & 13; 11:30 Parallel Sessions Sessions 24-30) Sessions 45-50) (Sessions 1-9)

12:30 Lunch Lunch Lunch

13:30 Parallel Sessions (Workshops 2 & 9; Parallel Sessions Parallel Sessions Asia HVAC Alliance (Workshops 5 & 12; (Workshops 6 & 15; 14:30 Meeting; Sessions 31-37) Sessions 51-56) Sessions 10-16) 15:30 Tea Break Tea Break Tea Break Plenary Session 4 16:30 Parallel Sessions Parallel Sessions (Keynote 7, 8) (Workshops 4 & 11; (Workshops 7, 8 & 10; Sessions 17-23) Sessions 38-44) Closing Ceremony 17:30

18:30 Dinner Banquet and Art Dinner 19:30 Performance

20:30

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Introduction to the Technical Program

ISHVAC 2019 technical program consists of

 Plenary sessions: There are four plenary sessions. Each consists of two keynote speeches and each invited keynote speaker has 30-40 minutes for presentation;  Workshops: There are 15 workshops. A typical workshop has 120 minutes with several presenters. The workshops discuss broadly important issues of building energy, environment, and equipment. There will be ample time for discussion;  Oral sessions: There are 56 oral sessions. A typical oral session has 120 minutes with ten presenters. Each oral presenter has 12 minutes for presentation, including discussion;  Poster sessions: There is one poster session. Each poster presenter has 30 minutes for presentation and discussion in front of his/her poster.

Opening & Closing Ceremony Programmes

Opening Ceremony 08:30-08:50, Saturday, July 13, Room 1 (Hall) Chair: Jing Liu, Associate Dean of School of Architecture, HIT

08:30-8:35 Introduction of invited guests 08:35-8:40 Welcome speech from Prof Zhaojun Wang, President of ISHVAC 2019 08:40-8:45 Welcome speech from the Leadership of Harbin Institute of Technology 08:45-8:50 Welcome speech from Mr. Wei Xu, President of CCHVAC, Director of Institute of Building Environment and Energy, China Academy of Building Research

Closing Ceremony 17:00-17:30, Monday, July 15, Room 1 (Hall) Chair: Qingyan Chen, Purdue University, USA

17:00-17:10 Best Paper Award Ceremony 17:10-17:20 Summary of ISHVAC, Prof Zhaojun Wang, President of ISHVAC 2019 17:20-17:25 Introduction to Indoor Air 2020, Prof Chungyoon Chun, Yonsei University, South Korea 17:25-17:30 Introduction to ISHVAC 2021, Prof Yingxin Zhu, Tsinghua University, China

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Plenary Sessions

Plenary Session 1

Chairs: Yuguo Li and Qingyan Chen Title: The Approach for Building Energy Efficiency in Emerging Economies Countries Time: Saturday, July 13, 08:50-09:30 Room 1 (Hall) Yi Jiang is a professor of Tsinghua University, head of the Building Energy Research Center, and a member of the Chinese Academy of Engineering. Prof. Jiang graduated from Building Engineering Department, Tsinghua University in 1977. After working at a Chinese nuclear base for two years, he pursued his M.Sc. and Ph.D. degrees at Tsinghua University. After receiving his PhD degree in 1985, Prof. Jiang has been a faculty member of Tsinghua University, while he worked at the Building Research Establishment of the UK for one year as an attached researcher in 1988. He has been involved in a number of international collaboration projects such as IEA (International Energy Agency) Annex 21, 25, 34, 53 and 59. He is also a member of the China’s Energy Advisory Committee under the State Council, and a member of the China’s Climate Change Advisory Committee. His major research field is building energy efficiency. He is the chief editor Yi Jiang of the annual reports of building energy efficiency in China. He received four national science awards for controls of district heating system, liquid desiccant air-process, indirect evaporative cooling, and building energy simulation (DeST). Title: Promise and Practicalities of Smart Systems Time: Saturday, July 13, 09:30-10:10 Room 1 (Hall) Bill Bahnfleth is a professor and director of the Indoor Environment Center in the Department of Architectural Engineering at the Pennsylvania State University (Penn State) in University Park, PA, since 1994. Previously, he was a Senior Consultant for ZBA, Inc. in Cincinnati, OH and a Principal Investigator at the U.S. Army Construction Engineering Research Laboratory in Champaign, IL. He holds BS, MS, and PhD degrees in Mechanical Engineering from the University of Illinois. His research interests cover a wide variety of indoor environmental control topics including chilled water pumping systems, stratified thermal energy storage, protection of building occupants from indoor bioaerosol releases, ultraviolet germicidal irradiation systems, and others. He is the author or co-author of more than 170 technical papers and articles and 14 books and book chapters. He consults on the design of chilled water thermal energy storage systems and has been involved in more than 20 projects world-wide. Dr. Bahnfleth is a fellow of ASHRAE, ASME, and ISIAQ. He has served ASHRAE in a variety of capacities, including Society Bill Bahnfleth President in 2013-2014. His honors include a First Place ASHRAE Technology Award, Transactions Paper Award, Distinguished Service and Exceptional Service Awards, the Donald Bahnfleth Environmental Health Award, the Louise and Bill Holladay Distinguished Fellow Award, and the E.K. Campbell Award of Merit for service and achievement in teaching. He is a recipient of the Penn State Engineering Alumni Society’s World-Class Engineering Faculty Award.

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Plenary Session 2

Chairs: Jørn Toftum and Hui Zhang

Title: State of the Art of HVAC Technology in Europe Time: Sunday, July 14, 08:30-09:15 Room 1 (Hall) Bjarne Olesen received his Master's degree in 1972 and PhD degree in 1975, both from Technical University of Denmark (DTU). He was a Research Scientist at the Laboratory of Heating and Air Conditioning at DTU from 1972 to 1990, a part-time affiliated as product manager at Brüel & Kjaer from 1978 to 1992, a Senior Research Scientist in the College of Architecture at Virginia Tech from 1992 to 1993, and the Head of Research & Development at UPONOR-VELTA GmbH KG & Co., Norderstedt, Germany from 1993 to 2004. Olesen is now a full professor in Indoor Environment & Energy at the Technical University of Denmark and director of the International Centre for Indoor Environment and Energy at DTU. He has been awarded the Ralph Nevins Award (1982), Distinguish Service Award (1997), Fellow Award (2001) and Exceptional Service Award (2006) from ASHRAE. Honorary member of AICARR (Italy), SHASE (Japan) and VDI-TGA (Germany). Chivalric Order of Dannebrog, from the Danish Queen (2012). Doctor Honoris Causa, Slovak University of Technology, Bjarne W. Olesen ASHRAE President 2017-2018. His main research activities are related to thermal comfort, ventilation and radiant heating and cooling systems. He is active in several CEN-ISO standard committees regarding indoor environment and energy performance and HVAC systems. He has published more than 400 papers including more than 100 in peer reviewed journals. Title: How to Create Comfortable and Healthy Indoor Environment? — A New Challenge for Sustainable Building Time: Sunday, July 14, 09:15-10:00 Room 1 (Hall) Yingxin Zhu is a professor and Associate Dean of School of Architecture at Tsinghua University, China. She is also Associate Head of Key Lab of Ministry of Education on Eco-Urban Planning and Green Building Research, Chair of National Steering Committee for Higher Education in HVAC, and Vice-Chair of National Board of Accreditation for HVAC Education. Zhu is also a fellow of ISIAQ and IBPSA. She is a leader (operative agent) of IEA-EBC Annex 69 “Strategy and Practice of Adaptive Thermal Comfort in Low Energy Buildings”. Zhu has published 70 research papers in international journals and over 100 research papers in peer reviewed journals in Chinese. She has received a number of awards for green/energy efficient building research and practice, including an Asia-Pacific Heritage Award for Culture Heritage Conservation by UNESCO for Meridian Gate Exhibition Hall of the Palace Museum in 2005, first prize of Green Building Innovation from China’s Ministry of Construction in 2007, and Yingxin Zhu two First Prizes of Science and Technology from Beijing Municipality (one for Sustainable public building design method in 2018 and another one for Green Olympic Building Assessment System) in 2005. In May 2018, she received Inouye Asia International Award from Japanese SHASE. She was honored as ‘Distinguished Professor for Teaching’ by Education Commission of Beijing Municipality in 2008.

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Plenary Session 3

Chairs: John Zhai and Richard de Dear Title: Contribution of Heat Pumping Technologies for the Green Environment and Our Life Time: Monday, July 15, 08:30-09:15 Room 1 (Hall) Dr. Katsunori Nagano is a tenured professor at Graduate School of Engineering of Hokkaido University, Japan. Hokkaido University is one of the major national University leagues in Japan. He received M.Sc degree from Hokkaido University in 1998 and then worked in Tokyo Gas company for two years. After that, he came back to Hokkaido University as an assistant researcher and received Ph.D degree in 1995. He was promoted to tenured professor in 2006. From 2013 to 2017, he was in charge of executive advisor for office of the internal affair and presidential advisor of Hokkaido University. In addition, he was awarded guest professor of Harbin Institute of Technology, China in 2017. He has been elected as a member of the board of trustees and Chief of Hokkaido branch of SHASE. Dr. Nagano’s recent research topics are cost competitive and higher efficient ground source heat pump system, adsorption chillers, desiccant air conditioning and thermal energy storage system not Katsunori Nagano only for houses and buildings but also for agriculture and industries. He has published over 130 peer-reviewed papers including approximately 50 international papers. He has many international activities, such as IEA ECES (Energy Conservation though Energy Storage) and IEA HPP (Heat Pump Program) for promotion of exchange between HIT and Hokkaido University. Title: Thermal Comfort for All: Setting up a Stage Time: Monday, July 15, 9:15-10:00 Room 1 (Hall) Rajan Rawal is a faculty member at CEPT University. He teaches energy efficient built habitat, energy modeling, and energy policy at postgraduate level. His work emphasis is on “energy performance of human habitat” and “architectural science education.” He is Executive Director of “Centre for Advanced Studies in Building Science and Energy” (CARBSE) at CEPT University. Prof Rawal led Indo-US Joint Clean Energy R&D Centre - Building Energy Efficiency Sector, and presently is leading one of the projects under Indo-UK project on Energy Demand Reduction and Mission Innovation challenge on heating and cooling in buildings from India side. He is one of the administrators of the Global Cooling Prize. He is a member of International Energy Agency task 69 on low energy buildings. He is a senior expert nominated at Global Building Performance Network. Prof. Rawal is a member of various technical committees of Bureau of Energy Efficiency, India, National Building Code, IGBC and GRIHA. He is a founding member of India Chapter Rajan Rawal of International Building Performance Simulation Association (IBPSA) and serves as Chair of Education at IBPSA World Executive committee. He serves as an executive committee member and board of management at several philanthropic and non-governmental organizations. He is part of the editorial board of two leading journals and has several research papers, book chapters, and projects to his credit.

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Plenary Session 4

Chairs: Jianlei Niu and Hiroshi Yoshino Title: Structure and Development of the System of Regulatory Documents in Russia on the Thermal Performance and Energy Saving of Buildings Time: Monday, July 15, 16:00-16:30 Room 1 (Hall) Prof. Vladimir Gagarin graduated from Electromechanical Department of Institute of Water Transport in Leningrad (Saint Petersburg) in 1978. Since 1975 he has worked in Laboratory of Electrical Analogy of Thermal Processes of Research Institute of Building Physics. He entered the postgraduate school of Research Institute of Building Physics in 1980 and graduated from it in 1985 with a Ph.D degree. He achieved the rank of Doctor of Technical Sciences on specialty of HVAC&R and building construction in 2000. He works as Head of Laboratory of Building Thermal Physics at Research Institute for Building Physics and professor of HVAС Department at Moscow State University of Civil Engineering. In 2010 he became a corresponding member of Russian Academy of Architecture and Building Sciences. In 2009 he was awarded the Prize of the Russian Government in the field of science and Vladimir G. Gagarin technology. His field of research covers energy savings in buildings, moisture conditions of enclosing structures, heat and moisture properties of building materials, integrated research and development of enclosing struc-tures with high thermal insulation properties, etc. He has published over 200 scientific publications. Title: Thermal Comfort and Thermal Adaptation in the Severe Cold Area, China Time: Monday, July 15, 16:30-17:00 Room 1 (Hall) Zhaojun Wang is professor and director of the Institute of Built Environment and Energy Application Engineering in the School of Architecture at Harbin Institute of Technology, China. She is a member of Expert Committee of the China’s Association of Building Energy Efficiency. Professor Wang’s research interests include indoor thermal environment and comfort, indoor air quality and ventilation, HVAC system, building energy conservation, and planning of regional building energy systems. Professor Wang has published three books and 120 articles, and her publications have been cited more than 1000 times. Professor Wang is a Principal Investigator for many national and provincial projects supported by the Natural Science Foundation of China, the Natural Science Foundation of Heilongjiang Province, the Ministry of Education of China, the Bureau of Foreign Experts of China, etc. She is also a backbone researcher of National Key Projects of China. Professor Wang received two Invention Patents in China and participated in Zhaojun Wang editing four national and societal standards. She was awarded the Third Prize of Scientific and Technology Advancement from Heilongjiang Province and the Second Prize of Huaxia Construction Science and Technology. Professor Wang serves in the Editorial Board of international journal “Building and Environment” and Chinese journals of “HVAC”, “Building Energy Efficiency” and “Gas & Heat”.

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Workshops

Workshop 1 Adaptive Thermal Comfort for Low Energy Buildings (IEA-EBC Annex 69)

Monday, July 15, 10:30-12:30 Room 1 (Hall) Co-chair: Bin Cao, Tsinghua University, China Co-chair: Runa T. Hellwig, Aalborg University, Denmark

The IEA-EBC (International Energy Agency- Energy in Buildings and Communities Program) Annex 69 project “Strategy and Practice of Adaptive Thermal Comfort in Low Energy Buildings” was established in 2015 and has been participated by over 30 institutes from 13 countries. During the past 4 years, the international collaborative research team has worked on establishing a worldwide database, proposing how adaptive methods can be used in building design strategies, developing new or improved indoor thermal environment criteria, and providing guidelines for developing Personal Thermal Comfort Systems. As the Annex 69 project is approaching to its end, the international collaborative team would like to share their latest research outcomes with the participants in this workshop, as well as to spark some new ideas for future studies. Any thoughts related with the topic are welcome for discussion at the workshop. We regard this workshop as a great opportunity to build up further connections between researchers in this field.

Workshop 2 Adaptive Comfort in the Hot-Humid Climate Zone

Saturday, July 13, 13:30-15:30 Room 1 (Hall) Co-chair: Richard de Dear, The University of Sydney, Australia Co-chair: Yufeng Zhang, South China University of Technology, China

The hot and humid climate regions of the globe include many countries experiencing rapid population growth rates, which, combined with their rising GDP and intensifying rates of urbanization, conspire to drive alarming increases in air conditioning demand with all the attendant impacts on electricity grids and greenhouse gas emissions. Therefore understanding human thermal comfort in hot-humid climates - its dimensions, trade-offs, limits and thresholds - represents a pressing issue for the built environment research community. This workshop will bring together some of the world’s leading thermal comfort researchers in hot and humid climates. Physiological, psychological, behavioral dimensions of adaptive thermal comfort will be discussed, and presenters will also examine research methodological issues, along with the practical design implications of their research findings. Specific topics to be examined will include thermal comfort in hospital settings, adaptive comfort in the hot and humid regions of China and India, hot and humid sleeping environments, and comfort in outdoor and semi-outdoor settings of Hong Kong. The six presenters aim to provoke new thinking in this domain and audience engagement will be encouraged in an open-forum scheduled at the end of the formal lectures.

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Workshop 3 Recent Advances on Studying Airflow in and around Buildings

Sunday, July 14, 10:30-12:30 Room 1 (Hall) Chair: Qingyan Chen, Purdue University, USA

To study thermal comfort and air quality in and around buildings are very important. The study would require predictions and/or measurements of airflow in and around buildings. The predictions and measurements are still challenging even after a few decades of developments. This workshop is organized to bring a few top experts on the subject around the world to discuss the state of the art. We hope the workshop will encourage discussion on the existing problems and future research direction.

Workshop 4 Transmission of Infection in Building as Related to HVAC

Saturday, July 13, 16:00-18:00 Room 1 (Hall) Chair: Yuguo Li, The University of Hong Kong, Hong Kong SAR, China

It is known that HVAC may both mediate the dispersion of infectious pathogens through its air distribution system, while the ventilation and other devices such as UVGI may also provide good intervention methods for controlling the spread of airborne diseases. New technologies have been used in this area, such as new generation sequencing has enabled the collection of useful data for understanding of infectious bacteria and viruses, development of personalized ventilation for controlling short-range airborne transmission in various environment, and the new AI and wireless sensors for collection of human behavior such as close contact in buildings. This workshop aims to share new findings in the relevant areas of infection transmission in buildings.

Workshop 5 Energy and Indoor Environment of Residential Buildings in Hot and Humid Countries in South-East Asia Sunday, July 14, 13:30-15:30 Room 1 (Hall) Chair: Hiroshi Yoshino, Tohoku University, Japan

Energy consumption of residential buildings in Asian countries is increasing rapidly due to improvement of living environment conditions. Especially, air-conditioning is becoming popular in the South-East Asia and energy consumption will increase. On the other hand, it is found in some countries that in rooms with air-conditioning, indoor temperature is rather low comparing to the comfort zone in some countries. But many people spend in the high temperature environment without air-conditioning. In this workshop, we will discuss how to deal with controlling energy consumption with improving the indoor thermal environment. In the first part, trend of energy consumption of residential sector in South-East Asia, especially in Cambodia, and influencing factors on energy consumption will be discussed. Secondly, investigation of indoor air quality and occupants’ health in houses in major cities of Indonesia will be reported. Thirdly, investigation of summer indoor thermal environment and comfort in houses in China will be mentioned. In addition to this, problems due to high humidity environment in Okinawa, Japan will be pointed out. Finally, we will discuss how to deal with controlling energy consumption with improving the indoor thermal environment and make sure the research subjects on the energy consumption and indoor environment in the South-East Asian countries.

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Workshop 6 Research and Development Advances in Evaporative Cooling

Monday, July 15, 13:30-15:30 Room 2 (224) Co-chair: Xudong Zhao, University of Hull, UK Co-chair: Xiang Huang, Xi’an Polytechnic University, China

Evaporative cooling, by making use of latent heat of the water cycling in the atmosphere, prevents great use of both electrical and thermal energy. However, its cooling capacity is largely limited by moisture content of the intake air, leading to unstable cooling output and high inadaptability to many climatic regions. Researches on evaporative cooling have been fast progressing, especially on heat and mass exchangers for indirect dew point evaporative cooling. Continuous R&D activities in heat and mass exchangers have led to significant enhancement in the performance of dew point air coolers which reached the cooling effectiveness of as high as 0.8 and COP of 20 to 30. In recent years, further in depth studies explore the opportunity to increase the COP of the dew point cooling system to around 50, through dedicated studies in materials, structures, water supply and circulation, as well as control strategies. The workshop will bring together the people with different strengths to exchange information relating to research and technologies development in the field of evaporative cooling, thus enabling them to acquire new knowledge and latest development trend.

Workshop 7 Modeling of Heat Transfer and Energy Saving in Buildings

Sunday, July 14, 16:00-18:00 Room 3 (314) Chair: Vladimir G. Gagarin, Moscow State University of Civil Engineering, Russia

Modern multi-layer building envelopes with the presence of various cold bridges make it necessary to create such a method for calculating the load on heating systems that could take into account a unique set of building envelopes and their components for each room. In addition, to take into account the influence of the operating moisture of materials, it is necessary to predict the moisture state of the enclosing structures. Of great importance for energy saving is the influx of solar radiation through the windows of a building. Refinement of the calculation of the energy demand for heating the building is of great relevance. This workshop is devoted to modeling of energy characteristics and modeling of components of thermal behavior in buildings at various scales. Participants will discuss current research in existing literary sources about data-based approaches and energy modeling in buildings. The aim of the workshop is to promote strategies for further research of data-based approaches in the construction sector.

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Workshop 8 Urban-Scale Building Energy and Environment Prediction and Management

Sunday, July 14, 16:00-18:00 Room 1 (Hall) Chair: John Zhai, University of Colorado at Boulder, USA

Recent years witness an increasing interest in the prediction, design and management of building energy use at large-scale (e.g., community, urban, region, nation etc.). This is essential for energy policy development, urban development decision, and distributed power generation etc. It is not a simple task to estimate and manage large-scale building energy consumption because of significant uncertainties in building information and significant dynamics in building performance. This workshop provides a state-of-the art presentation on the advances of this important and hot topics.

Workshop 9 Development of Efficient Energy Saving Technology for Data Center and Its Application Saturday, July 13, 13:30-15:30 Room 2 (224) Chair: Quan Zhang, Hunan University, China

With the rapid development for Data Center (DC) in china and around the world, a large amount of energy is consumed. The cooling system accounts for about 20-60% of whole DC energy consumption. To reduce DC energy consumption, a variety of novel and efficient energy technologies and the related systems were developed and applied in the newly built and existed DCs. In order to pursuit the efficient cooling system and reduce the unexpected shutdown risk, experts will discuss the present device and system level solutions and related theories for energy saving and safety purposes. Meanwhile, the potential cooling technology and system for the higher performance computer will be shared as well.

Workshop 10 Research Progresses, Challenges and Future Perspectives on Indoor Air Cleaning Materials and Technologies Sunday, July 14, 16:00-18:00 Room 2 (224) Co-chair: Brett Singer, Lawrence Berkeley National Laboratory, USA Co-chair: Jinhan Mo, Tsinghua University, China

People suffer outdoor air pollutants such as particulate matter (PM), ozone and also indoor air pollutants such as formaldehyde. Air cleaning technologies are of increasing importance, especially when building ventilation rates are being reduced to conserve energy. Numerous air cleaning materials and technologies have been developed and used. However, it is still a challenging task to apply the materials or technologies indoors. This is particularly true with regard to (1) application at realistic indoor conditions, such as low concentration, multi compounds, (2) long-term performance, and (3) production of unwanted by-products during operation. This workshop focuses on the fabrication of new air cleaning materials and their integration technologies for the removal of indoor particulate and gaseous containments. Attendees will discuss contemporary research in the existing literatures around the advanced air cleaning materials and technologies in buildings. The workshop aims to promote the best practice and strategy for further research of air cleaning to improve indoor air quality and reduce energy consumption. 27

Workshop 11 Data-driven Approaches for Building and Urban Energy Modelling

Saturday, July 13, 16:00-18:00 Room 2 (224) Co-chair: Da Yan, Tsinghua University, China Co-chair: Xingxing Zhang, Dalarna University, Sweden

This workshop focuses on data-driven modeling and simulation of energy components and systems in buildings at different scales, covering data collection, algorithms development, and integration with building simulation tools. Attendees will discuss contemporary research in the existing literatures around data-driven approaches and energy modelling in buildings. The workshop aims to promote the best practice and strategy for further research of data-driven approaches in energy and building sectors, even beyond to industries of transportation and energy infrastructures in the urban scale.

Workshop 12 Occupant-centric Building Design and Operation (IEA EBC Annex 79)

Sunday, July 14, 13:30-15:30 Room 2 (224) Co-chair: Andreas Wagner, KIT (Karlsruhe Institute of Technology), Germany Co-chair: Xiang Zhou, Tongji Unviersity, China

Buildings account for approximate 40% of the energy use in industrialized countries. Depending on the building type and degree of automation, occupants remain one of the greatest influences of building energy use. This topic is exactly in the focus of the new IEA EBC Annex 79 which intends to integrate and implement occupancy and occupant behaviour into the design process and building operation to improve both energy performance and occupant comfort.

Workshop 13 Smart Buildings: Technical Solutions and Benefits

Monday, July 15, 10:30-12:30 Room 2 (224) Co-chair: Risto Kosonen, Aalto University, Finland Co-chair: Haichao Wang, Dalian University of Technology, China

Smart buildings refer to the capability of a building to sense, interpret, communicate and respond to changing conditions, which are introduced by requirements of occupants to indoor climate, operation of technical building systems and demands of intelligent energy systems. Possibility to adapt in response to the perception of the occupants and further empower end-users makes it possible to enhance users’ satisfaction to indoor climate. Readiness to facilitate maintenance and efficient operation of technical building systems guarantees optimal performance of systems. In smart buildings, this should happen cost and environmentally efficient way by adapting in response to the smart energy grid. All this requires paradigm shift in building sector where passive users are amended to be prosumers. The main objective of this workshop is to discuss how enhanced smart readiness of buildings can improve indoor climate conditions, performance of technical systems and wise use of energy.

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Workshop 14 Advances in the Research of Heat Pump Systems

Sunday, July 14, 10:30-12:30 Room 2 (224) Co-chair: Xu Zhang, Tongji University, China Co-chair: Chao Shen, Harbin Institute of Technology, China

Reducing the consumption of fossil energy, increasing the use of renewable energy, and the improvements in energy utilization technologies have become hot topics in recent years. Heat pumps have been suggested as one of the energy-saving technologies to reduce energy consumption and improve energy use efficiency. However, current heat pump technologies are still facing many challenges and limitations in the utilization. Therefore, new technologies regarding heat pumps are being developed over the world. We hope this workshop will have discussion on the contemporary research and the direction of future research in the area of heat pump systems.

Workshop 15 Progress in Demand-oriented Non-uniform Air Distributions

Monday, July 15, 13:30-15:30 Room 1 (Hall) Co-chair: Zhang Lin, City University of Hong Kong, China Co-chair: Xianting Li, Tsinghua University, China

The demand-oriented non-uniform indoor environment has become a focus of current air distribution research. The benefits of providing non-uniform indoor environments will be introduced in this workshop. The recent progress on the topic will be focused on and discussed. This workshop will help researchers further develop advanced air distribution technology, which provides a demand-oriented non-uniform environment in the occupied zone. The workshop will also discuss operation optimization with engineers and consultants for the practical application of advanced air distributions.

Oral and Poster Sessions

The oral and poster sessions consists of peer-reviewed papers organized in mainly three topics, including Indoor and Outdoor environment, HVAC&R, and Buildings and Energy. You can refer to the following Summary of the Technical Program to find your sessions of interest. And Detailed Technical Program shows you more information about time, room, prensentations and presenters of each session.

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Summary of the Technical Program

Saturday, July 13

Sessions Titles Rooms

8:30-8:50

Opening Ceremony

8:50-10:10 The Approach for Building Energy Efficiency in Emerging Keynote 1 Room 1 (Hall) Economies Countries Keynote 2 Promise and Practicalities of Smart Systems Room 1 (Hall)

10:10-10:40

Group Photo

10:40-11:00

Tea Break

11:00-12:30

Session 1 Thermal Comfort due to Radiation Room 1 (Hall)

Session 2 Heating Systems Room 2 (224)

Session 3 Visual and Acoustic Environment Room 4 (303)

Session 4 Ventilation and Thermal Environment 1 Room 5 (302)

Session 5 Energy Systems Room 6 (409)

Session 6 Energy Storage 1 Room 7 (414)

Session 7 HVAC System Operations 1 Room 8 (257)

Session 8 Particulate Matters 1 Room 9 (337)

Session 9 Radiative Thermal Environment Room 10 (434)

12:30-13:30

Lunch

13:30-15:30

Workshop 2 Adaptive Comfort in the Hot-Humid Climate Zone Room 1 (Hall)

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Sessions Titles Rooms Development of Efficient Energy Saving Technology for Data Workshop 9 Room 2 (224) Center and Its Application Asia HVAC Alliance Meeting (Invited Participants) Room 3 (314)

Session 10 Experimental Measurement of Thermal Environment Room 4 (303)

Session 11 Ventilation/Wind Room 5 (302)

Session 12 Building Energy Analysis Room 6 (409)

Session 13 Energy Simulations 1 Room 7 (414)

Session 14 Heat Exchangers 1 Room 8 (257)

Session 15 Kitchen Indoor Air Quality Control Room 9 (337)

Session 16 Filter Performance Room 10 (434)

15:30-16:00

Tea Break

16:00-18:00

Workshop 4 Transmission of Infection in Building as Related to HVAC Room 1 (Hall) Data-driven Approaches for Building and Urban Energy Workshop 11 Room 2 (224) Modelling Session 17 Physiology Room 4 (303)

Session 18 Ventilation Simulations 1 Room 5 (302)

Session 19 Building Envelopes 1 Room 6 (409)

Session 20 Dehumidification and Evaporative Cooling Room 7 (414)

Session 21 Ground Source Heat Pumps Room 8 (257)

Session 22 Indoor Environment and Health Room 9 (337)

Session 23 Wind Environment Room 10 (434)

18:30-20:30

Dinner

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Sunday, July 14

Sessions Titles Rooms

8:30-10:00

Keynote 3 State of the Art of HVAC Technology in Europe Room 1 (Hall) How to Create Comfortable and Healthy Indoor Environment? Keynote 4 Room 1 (Hall) -A New Challenge for Sustainable Building 10:00-10:30

Tea Break Corridor outside Poster Presentation Room 1 10:30-12:30

Workshop 3 Recent Advances on Studying Airflow in and around Buildings Room 1 (Hall)

Workshop 14 Advances in the Research of Heat Pump Systems Room 2 (224)

Session 24 Adaptive and Dynamic Thermal Comfort Room 4 (303)

Session 25 Gaseous Contaminants 1 Room 5 (302)

Session 26 Energy Simulations 2 Room 6 (409)

Session 27 Data Center and Special Space Cooling Room 7 (414)

Session 28 Thermal Environments Room 8 (257)

Session 29 District Energy Supply Systems Room 9 (337)

Session 30 Flow in HVAC Components Room 10 (434)

12:30-13:30

Lunch

13:30-15:30 Energy and Indoor Environment of Residential Buildings in Workshop 5 Room 1 (Hall) Hot and Humid Countries in South-East Asia Occupant-centric Building Design and Operation (IEA EBC Workshop 12 Room 2 (224) Annex 79) Session 31 Thermal Comfort under Various Climates Room 4 (303)

Session 32 Ventilation Room 5 (302)

Session 33 Energy Storage 2 Room 6 (409)

Session 34 Zero Energy Buildings Room 7 (414)

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Sessions Titles Rooms

Session 35 Water Source Heat Pumps Room 8 (257)

Session 36 Heating and Ventilation Control Room 9 (337)

Session 37 Radiant Heating Room 10 (434)

15:30-16:00

Tea Break

16:00-18:00 Urban-Scale Building Energy and Environment Prediction and Workshop 8 Room 1 (Hall) Management Research Progresses, Challenges and Future Perspectives Workshop 10 Room 2 (224) on Indoor Air Cleaning Materials and Technologies Workshop 7 Modeling of Heat Transfer and Energy Saving in Buildings Room 3 (314)

Session 38 Thermal Comfort Models Room 4 (303)

Session 39 Ventilation Simulations 2 Room 5 (302)

Session 40 Building Envelopes 2 Room 6 (409)

Session 41 HVAC System Operations 2 Room 7 (414)

Session 42 Heat Exchangers 2 Room 8 (257)

Session 43 Indoor Air Quality Room 9 (337)

Session 44 Absorption/Desiccant Room 10 (434)

18:30-20:30

Banquet and Art Performance

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Monday, July 15

Sessions Titles Rooms

8:30-10:00 Contribution of Heat Pumping Technologies for the Green Keynote 5 Room 1 (Hall) Environment and Our Life Keynote 6 Thermal Comfort for All: Setting up a Stage Room 1 (Hall)

10:00-10:30

Tea Break

10:30-12:30 Adaptive Thermal Comfort for Low Energy Buildings (IEA-EBC Workshop 1 Room 1 (Hall) Annex 69) Workshop 13 Smart Buildings: Technical Solutions and Benefits Room 2 (224)

Session 45 Outdoor Thermal Environments Room 4 (303)

Session 46 Particulate Matters 2 Room 5 (302)

Session 47 Energy Consumption Analysis Room 6 (409)

Session 48 Photovoltaic Applications in Buildings Room 7 (414)

Session 49 Air Source Heat Pumps Room 8 (257)

Session 50 Gaseous Contaminants 2 Room 9 (337)

12:30-13:30

Lunch

13:30-15:30

Workshop 15 Progress in Demand-oriented Non-uniform Air Distributions Room 1 (Hall)

Workshop 6 Research and Development Advances in Evaporative Cooling Room 2 (224)

Session 51 Thermal Comfort for Elders and under Sleep Conditions Room 4 (303)

Session 52 Ventilation and Thermal Environment 2 Room 5 (302)

Session 53 Energy Data and Analysis Room 6 (409)

Session 54 Solar Radiation and Utilization Room 7 (414)

Session 55 Heat Exchangers 3 Room 8 (257)

Session 56 Indoor Air Quality in Special Spaces Room 9 (337)

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Sessions Titles Rooms

15:30-16:00

Tea Break

16:00-17:00 Structure and Development of the System of Regulatory Keynote 7 Documents in Russia on the Thermal Performance and Energy Room 1 (Hall) Saving of Buildings Thermal Comfort and Thermal Adaptation in the Severe Cold Keynote 8 Room 1 (Hall) Area, China 17:00-17:30

Closing Ceremony Room 1 (Hall)

18:00-20:00

Dinner

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Detailed Technical Program

Saturday, July 13 Comfort Studies–capabilities, Validation and Case Study Cristiana V. Croitoru, Ilinca Nastase, Saturday 08:30—8:50 Opening Ceremony Florin I. Bode, Mihnea Sandu, Angel M. 08:50—10:10 Plenary Session 1 Dogeanu Room: Room 1 (Hall) Chairs: Yuguo Li and Qingyan Chen 280 Influence of Warm Exposure on Keynote 1: Yi Jiang Thermal Perceptions and Control The Approach for Building Energy Behaviors over Indoor Environments Efficiency in Emerging Economies Jiamin Lu, Nianping Li, Yingdong He, Countries Yangli Han, Xuemiao Fang, Linxuan Keynote 2: Bill Bahnfleth Zhou Promise and Practicalities of Smart Systems Session 2: Heating Systems Room: Room 2 (224) 10:10—10:40 Group Photo 11:00—12:30 Saturday Chair: Yanhua Liu 10:40—11:00 Tea Break 363 Coal-fired Boiler Flue Gas Heat 11:00—12:30 Parallel Sessions Recovery Mechanism and Performance

Technical Pogram: Technical Study Based on Direct-contact Heat Session 1: Thermal Comfort due to Transfer Radiation Zheyi Liu, Haichao Wang, Xiangli Li, Lin Room: Room 1 (Hall) Duanmu, Risto Lahdelma, Ilkka Haavisto 11:00—12:30 Saturday Chair: Nianping Li 961 Evaluation of Radiant System Terminals Based on Structural Thermal 527 Parametric Optimization of Resistance Novel Partition-type Radiant Heating Xiang Zhou, Yunliang Liu, Shaochen Terminals to Improve Human Comfort in Tian, Maohui Luo, Lili Zhang ， Yongli Cool Environments: Simulations Based Yuan on Experimental Results Meng Wang, Nianping Li, Yingdong He, 980 The Effect of Internal Load on Jinbo Yan, Meiyao Lu, Fenglin Zhang the Selection of Heat Radiator Guoyi Xu, Yiwen Jian 829 Human Thermal Responses to Lateral Radiant Asymmetry 254 Numerical and Experimental Mingyang Shi, Xueni Wang, Liu Yang, Study on Combustion Performance of an Fengyu Miao, Shengkai Zhao, Yongchao Infrared Radiation Burner with Porous Zhai Metal Plaque Yunfei Jia, Weiguo Zhou, Junying Tang, 328 Experimental Evaluation of Yang Luo Radiant Heating Ceiling Systems Based on Thermal Comfort Criteria 813 Numerical Simulation of Andreas Wagner, M. Reza Safizadeh Self-balanced Warm-air Heating in Boiler-room of Thermal Power Plant in 532 Analysis on the Task-ambient Winter Micro-environment and Thermal Comfort Huizhe Cao, Yuhang Wang, Tianli Zhao, of a Workstation with Local Radiant Jiagang Qu, Jinfang Zhai, Weihua Cai Panels and Local Airflow Chenzhang Yuan, Nianping Li, Yongga A, 2576 Development of a Simulation Chunhui Song, Chenyu Huang, Yongsi Tool for Ground Heat Exchangers Using Wang Shallow Ground Thermal Energy Hao Yu, Takao Katsura, Yuzhi Fang, 3028 Virtual Thermal Manikin Use for Takashi Hiagashitani, Katsunori Nagano 36

243 A System of Recovering Waste 938 Research on the Influence of Heat in Flue Gas for High Temperature Fresh Air on Indoor Air Distribution and Backwater Energy Consumption in Heating Room Jialin Hou, Qiwen Jiang, Yukun Fu, Jialu Hanyu Yang, Enshen Long, Jin Li Liu, Yanhua Liu

622 An Experimental and Saturday Session 3: Visual and Acoustic Numerical Study on the Effect of Column Environment Layout on Air Distribution and Room: Room 4 (303) Performance of Column Attachment 11:00—12:30 Saturday Ventilation Chair: Songtao Hu Haiguo Yin, Linna Li, Rui Wu, Yuanyuan Wang, Angui Li 554 An Evaluation Model for Indoor Light Environment 3009 Simulation of Indoor Comfort Jingyun Shen, Zhiwei Lian for Different Air Supply Modes Kezhi Yu, Yutong Yang, Zhaoyang Cao, 3027 Daylight Illuminance Analysis Yanling Liu for Classrooms with Prism Daylight Redirecting Fenestrations 989 Study on Influence of Altitude Peng Lin, Zhen Tian, Qilin Cai, Cunhui on Indoor Temperature Distribution in a Cao, Guipeng Lin Heating Room Jin Li, Enshen Long, Hanyu Yang, Min 275 Research on Experiment Wang, Ziyun Wang Method of Intelligent Environment and Pogram: Technical Human Perception-Construction of 685 Experimental Study on Vertical Visualization Platform Temperature Profiles under Two Forms Jie Deng, Bin Chen, Shibo Wang of Airflow Organization in Large Space during the Heating Season 2641 Experimental Study on Chenlu Shi, Xin Wang, Minglei Shao, Xin Electrical Power Generation and Natural Jiang, Bingyan Song Daylighting Illuminance due to Building Applied Photovoltaic Façade Application 3007 Ventilation Online Control Ahmad Riaz, Jili Zhang, Chao Zhou, Using Low-dimensional Linear Ruobing Liang Ventilation Models and Artificial Neural Network 659 Luminous Environment Chen Ren, Shijie Cao Measurement and Simulation Analysis of a University Library 884 Study on Re-independence of Guodan Liu, Xiaowei Chen, Yubin Zhang, Flow Structure in a Flat Large-space Zhixin Wang, Run Teng, Chuanrui Li Xuehai Zhu, Lu Feng, Ran Ju, Di Mu, Naiping Gao 998 The Effects of Light Correlated Color Temperature and Illuminance Session 5: Energy Systems Level on Mood States in Offices Room: Room 6 (409) Sarra Hadji, Lulu Xia, Li Lan, Ruiqi Liu, 11:00—12:30 Saturday Zhiwei Lian Chair: Yiqun Pan

917 Experimental Investigation 447 A Study on the Design of about Visual Comfort Based on Evoked Waste Heat Utilization System for Potentials University Baths in Severe Cold Regions Hongyu Guan, Songtao Hu, Mengke Yuhang Lu, Huixing Li, Guohui Feng, Liang, Yongming Ji, Guodan Liu Ang Xu, Weixuan He

Session 4: Ventilation and Thermal 583 An Investigation on the Environment 1 Performance Comparison of Serial and Room: Room 5 (302) Parallel Solar Assisted Heat Pump 11:00—12:30 Saturday Heating Systems in Xi’an China Chair: Dayi Lai Shengteng Li, Chao Huan, Changfa Ji, 37

Rong Chen 514 Research on the Application of Multiple Forms of Renewable Energy 508 System Structure and Integrated Coupled Heating System in Operation Analysis of University Energy Rural Buildings Conservation Supervision Platform Guohui Feng, Jiasen Liu, Xulin Li, Hua Li Na He, Guohui Feng, Cheng Wang, Lin

Saturday Wang Session 7: HVAC System Operations 1 Room: Room 8 (257) 218 Study on Performance of the 11:00—12:30 Saturday Process of Accumulating Solar Energy in Chair: Mingsheng Liu Soil by Solar Assisted Geothermal Heat Pump System 401 Analysis on Transient Thermal Kai Liu, Nan Wang, Wanlong Cai, Xinke Behaviors of the Novel Vapor Chamber Wang, Fenghao Wang, Bo Xiao, Yaping Zhang, Yao Chen, Pei Wang, Shaopeng Huang Yongxin Guo

403 Experimental Study of the 327 Performance Studies of Effects of Internal Non-structural Thermal R134a-Dimethylformamide Absorption Mass on the Thermal Inertia of the Whole Refrigeration System for Utilizing Bus Building Exhaust Gas Based on Aspen-plus Weilin Li, Jiayin Zhu, Ruixin Li, Baisong Software Ning Xiao Zhang, Liang Cai, Qiang Zhou, Liping Chen 2347 Analysis of Intelligent Heating Technical Pogram: Technical Strategy and Energy Saving Potential of 397 Analysis for Vibration Campus Buildings Characteristics of Water Pump Piping Dongjie Zhang, Changhong Zhan, Lin System Chen, Zhigang Zhou, Jiankai Dong, Tiantian Liu, Zhiyong Liu Yongxin Liu, Xiumu Fang 1014 Performance Evaluation on a 875 Development of Automatic Novel Two-stage Compression System Demand Response Controller for Home with Double Auto-cascade Using Users Refrigerant Mixtures Yu-Chi Wu, Wei-Han Li, Chao-Shu Zuo Cheng, Baolong Wang, Wenxing Shi, Chang Xianting Li

Session 6: Energy Storage 1 866 The Optimization of Sensitivity Room: Room 7 (414) Coefficients for the Virtual In-situ Sensor 11:00—12:30 Saturday Calibration in a LiBr-H2O Absorption Chair: Zhenqian Chen Refrigeration System Kaihong Han, Peng Wang, Sungmin 124 Review on Intensifying the Yoon, Liangdong Ma, Yuebin Yu Demand Response Potential of Electric Heating Utilizing Thermal Storage 3012 Sensitivity and Uncertainty Jiwei Guo, Yiqiang Jiang, Bin Zou Analysis for Chiller Sequencing Control of the Variable Primary Flow System 915 An Experimental Study on the Zhenbing Cai, Yundan Liao Thermosiphon Loop with a Microchannel Heat Sink Operating with the Phase 540 The Study on a Dual Change Emulsion Evaporating Temperatures Based Chilled Xiaoxu Cai, Shugang Wang, Jihong Water System Applied in Wang, Tengfei Zhang, Xiaozhou Wu Small-to-medium Residential Buildings Zhao Li, Jianbo Chen, Chunhui Liu, Lei 3017 Space Heating Management Zhang, Shangqing Yang, Xiaoyu Liu for Solar Heating System with Underground Pit Storage Session 8: Particulate Matters 1 Xiaoxia Li, Zhifeng Wang, Jinping Li, Room: Room 9 (337) Ming Yang, Yakai Bai, Longfei Chen 11:00—12:30 Saturday Chair: Sasan Sadrizadeh 38

760 Checking Radiation Model 126 Winter Indoor and Outdoor Air Data with the Method of Building Thermal Quality Test and Analysis for Secondary Environment Simulation School Classrooms in North China Ying Yu, Liu Yang, Liqiang Hou, Qimeng Yunxia Qu, Yingbo Ji, Yuanzheng Jiang, Cao Zongluo Zhang

710 Asymmetrical Distribution of Saturday 169 Determination of the Three Key Solar Energy in Buildings with Glazing Parameters Estimating Indoor Air Facades Filtration Load Regarding to PM2.5 Zhengrong Li, Shunyao Lu, Qun Zhao, Penetration through Infiltration Fujian Jiang Ziguang Chen, Chao Chen, Guoqing Cao, Yan Wu, Peng Gao, Peng Tan, Xuan Li, 3023 Numerical Analysis of Cooling Yirong Yuan, Qinqiang Hu Performance of a Radiant Floor Cooling System Combined with a Displacement 453 Effect of Gap Height of Door Ventilation System and Window on Penetration Coefficient Hao Li, Farun An, Xiaolong Wang, Jiying of Particulate Matter Liu, Linhua Zhang Zhijun Zou, Chen Huang, Nan Wu,

Yangzhou Liao, Wei Liu, Chanjuan Sun 649 Use Side-supply Airflow to nical Pogram: Enhance Heat Transfer of Radiant 386 Study on Indoor and Outdoor Heating Ceilings for Producing a Better Characteristics of Components and Indoor Thermal Environment in Winter: A Sources of Bacterial Communities in Fine Simulation Study Particulate Matter of Severe Cold Region Meiyao Lu, Nianping Li, Yingdong He, Tech China: A Case Study of Daqing Fenglin Zhang, Chenyu Huang, Xuemiao Yang Lv, Yuwei Zhou, Xi Chen, Haifeng Fang Wang, Bin Chen, Tao Liu, Xin He, Lei Zhang 458 Analysis of Inside Thermal Response Characteristic by Radiant 535 Reduction of Human Exposure Cooling System for Different-level and Premature Deaths by Indoor PM2.5 Energy Efficient Building Cleaning in Beijing China Zhengrong Li, Dongkai Zhang, Shunyao Yumeng Liu, Bin Zhao Lu, Xiangyun Chen

3019 Test Study about PM2.5 311 Study on Thermal Environment Penetrations through Building Envelope of Composed Air Carrying Energy Yanling Wang, Fang Wang, Haiyan Radiant Air-conditioning System Wang, Huihui Zhang, Juanjuan Li Pei Peng, Guangcai Gong, Riming Liu, Jie Han, Yongchao Liu, Junwei Liu 452 Correlation between Indoor and Outdoor Particulate Matter 12:30—13:30 Lunch Concentration in Urban Residential Buildings 13:30—15:30 Parallel Workshops and Meng Yu, Huixing Li, Guohui Feng Sessions

Session 9: Radiative Thermal Environment Workshop 2: Adaptive Comfort in the Room: Room 10 (434) Hot-Humid Climate Zone 11:00—12:30 Saturday Room: Room 1 (Hall) Chair: Zhengrong Li 13:30—15:30 Saturday Co-chairs: Richard de Dear and Yufeng 537 Influence of the Shade from Zhang Other Occupants on the Angle Factor between a Human Body and Radiant W02-1 Field Evaluation of Thermal Surface in Buildings Comfort and Indoor Environmental Yongsi Wang, Nianping Li, Jian Hu, Quality for a Hospital in a Hot and Humid Yingdong He, Yongga A, Chenzhang Climate Yuan, Meng Wang Fu-Jen Wang

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W02-2 India Model Adaptive Comfort– Chair: Fang Wang IMAC Rajan Rawal 725 Experimental Study on Indoor Thermal Environment of Radiant Floor W02-3 Human Thermal Comfort in Heating System Based on Micro-heat Hot-Humid Sleeping Environments Pipe Array

Saturday Zhiwei Lian Yunhan Liu, Zhenhua Quan, Yaohua Zhao, Ruixue Dong W02-4 Integrated Adaptive Model as a Function of Human Physiological 71 Field Investigation and Response Experimental Study on Indoor Joon-Ho Choi Environment Regulation Behavior of Occupants in the South China Sea W02-5 Outdoor Thermal Comfort in Islands and Reefs Hot and Humid Hong Kong Hong Zhang, Bin Cao, Yingxin Zhu Kevin Lau 431 Experimental Study on W02-6 Adaptation in Built Thermal Environment and Stratified Air Environments in the Hot-Humid Area of Conditioning Load of Large Space China—Principles, Technologies and Building with Low-sidewall Air Supply Applications under Periodic Thermal Disturbance Yufeng Zhang Chen Huang, Liang Qiao, Tianyu Bai, Liugen Lv, Haidong Wang, Zhijun Zou Workshop 9: Development of Efficient Technical Pogram: Technical Energy Saving Technology for Data Center 930 Experimental Study on and Its Application Improving Thermal Environment in Solar Room: Room 2 (224) Greenhouse with Active-passive Phase 13:30—15:30 Saturday Change Thermal Storage Wall Chair: Quan Zhang Tuo Wang, Yong Guan, Renli Zhang, Wanling Hu, Huijun Yang, Jianxuan Guo W09-1 A Novel Heat Recovery Strategy for Data Center with a Case 598 Experimental Measurement on Study the Thermal Environment of the Sidewalk Xiaoshu Lv Xiaoqing Zhou, Qingliang Li, Li Li

W09-2 Data Center Heat Recovery 455 Experimental Study on Results and Big Data Improved Thermal Environment and Stratified Air Operation Conditioning Load of the Scaled Model Timo Ranne Laboratory with Low Sidewall Air Supply under Step Thermal Disturbance W09-3 Muitiscale Heat Pipe Chen Huang, Yufeng Miao, Yang Liu, Technology for Data Center Cooling Ruibin Li, Yuantao Xue, Haidong Wang, Sung Jin Kim Fei Wang

W09-4 Efficient Cooling Technology 225 An Experimental Study of and Its Heat Pipe Development for Data Indoor Air Distribution Characteristics in Center a Room with Mixing Ventilation and Quan Zhang Chilled Ceiling Jie Gao, Pin Lv, Xiaozhou Wu, Shugang Asia HVAC Alliance Meeting (Invited Wang, Fenghao Wang Participants) Room: Room 3 (314) 171 Experimental Investigation on 13:30—15:30 Saturday the Airflow Pattern Induced by Ceiling Chairs: Yingxin Zhu and Wei Xu Fan under Different Rotation Speed with CSPSV Session 10: Experimental Measurement Huan Wang, Maohui Luo, Guijin Wang, of Thermal Environment Xianting Li Room: Room 4 (303) 13:30—15:30 Saturday 572 The Measurement and 40

Prediction Method of Frequently-used Bedding System Insulation 292 Numerical Investigation of Nan Zhang, Bin Cao, Yingxin Zhu Wind-driven Indoor-outdoor Ventilation in Street Canyons and Single-sided Session 11: Ventilation/Wind Multi-storey Buildings by Coupling Indoor Room: Room 5 (302) and Outdoor Flows

13:30—15:30 Saturday Xia Yang, Jian Hang, Cuiyun Ou, Mats Saturday Chair: Kazuhide Ito Sandberg, Magnus Mattsson, Abolfazl Hayati 103 Passive Thermal Protections of Smoke Exhaust Fans for a Session 12: Building Energy Analysis High-temperature Heat Source Room: Room 6 (409) Yixiang Huang, Chengqiang Zhi, Qianru 13:30—15:30 Saturday Zhang, Wei Ye, Xu Zhang Chair: Naiping Gao

161 Numerical Study on Double 100 Research on Dynamic Thermal Diffusion Natural Convection of Radon in Characteristics and Energy Saving Rate a Closed Cavity with Two Inner Circular of Intermittent Heating Rooms Cylinder Guoqing Yu, Hongfei Yao, Zhenye Yan Dong Xie, Ling Tian, Hanqing Wang 901 Investigation on Energy Saving 541 An Investigation on the Potential of Vertical Greening System in Dynamic Response Property in an Hot Summer and Cold Winter Area in Underground Tunnel Space with China Constant Temperature Hang Tan, Zhuoyu Yang, Xiaoli Hao, Pogram: Technical Chao Wu, Jingtao Huo, Wenxuan Zhao, Qingwei Xing, Yaolin Lin, Xianping Liu Wei Ye, Xu Zhang 684 Building Energy Consumption 878 Experiment Study on Lift and and Future Energy Saving Potential Resistance Wind Energy Fan Research in China Based on Population Yuling Wu, Ziyun Wang, Runsheng Qi Development Model Wenjie Zhang, Xiufeng Tian, Jinhan 429 Improving the Wind Liang, Shengbing Ma, Ziqiang Hang Environment at Pedestrian Level Districts by Exploring Aspect Ratio Based on CFD 2037 Forecasting Cooling Load and Simulation Energy Saving Potential by Ensemble Zhongqing Yang, Xiaojing Zhang Kalman Filter for an Institutional High-rise Building with Hybrid Ventilation 561 Cooling Potential of Natural Danlin Hou, Cheng-Chun Lin, Ali Katal, Ventilation for Passenger Stations in Liangzhu (Leon) Wang Southern China Yijia Hao, Qi Hu, Yan Tong, Jianlin Wu, 339 Sensitivity Analysis of Building Zhantao Xu, Ying Ji, Zigao Yu Energy Performance Assessment Based on Machine Learning Models 711 The Influence of the Geometric Wei Tian, Jiaxin Shi, Pieter de Wilde, Yu Characteristics of Street Valley on the Sun, Chuanqi Zhu, Baoquan Yin Wind Environment Huifen Zou, Huameng Xu, Lilei Zhao, Hui 231 Research Status and Peng Consideration on the Relationship between Natural Ventilation and Energy 356 Study on Suitability of Inlet Consumption of Residential Buildings Wind Speed for Tunnel Wind System Zhipeng Huang, Ge Song, Guoqiang Liang Wang, Jiazheng Wang, Lin Jiang Zhang

253 Effect of Digital Filters on a Periodic 607 The Effect of Adjacent Room Contaminant Source Estimation in a Heat Transfer on Household Heat Multi-zone Building under Steady Airflow Metering Fei Li, Xiaoran Liu, Cai Hao, Jinxiang Liu, Fan Yang, Peng Xue, Mengjing Zhao, Ye Hengjie Zheng Zhang, Jiaping Liu 41

Multiple Radiant Heating Modes 940 Energy Saving Effect and Chenyu Huang, Nianping Li, Yongga A, Mechanism of Heating Setting Lizhi Huang, Chenzhang Yuan, Yongsi Temperature Decreased by 1°C for Wang Residential Buildings in Different Cities Shurui Guo, Hanyu Yang, Yin Zhang, 28 Research and Accuracy

Saturday Enshen Long Analysis on Engineering Quantity Calculation of a Projected Building by 368 Effect of Thermal Mass on the BIM Software Cooling Load of a Well-insulated Office Xinjie Xu, Yu Wang, Jinxiang Liu, Xiaolei Building with Radiant Cooling System Yuan, Jun Bao, Xuetao Zhou Rong Hu, Jianlei Niu 601 Research Status of Building Session 13: Energy Simulations 1 Energy Consumption Analysis Based on Room: Room 7 (414) BIM Technology 13:30—15:30 Saturday Heling Ma, Huixing Li, Guohui Feng, Chair: Wei Liu Ruiyang Gao

90 Energy Saving Analysis of 918 CResOp: An Optimization Tool Low-rise Prefabricated Building for Chinese Residential Buildings Energy Integrating with Metamaterial Based Cool Simulation Roof in China Haiying Peng, Yu Xue Mingquan Ma, Kai Zhang, Saihong Tang, Lufang Chen, Jinxiang Liu, Fei Li Session 14: Heat Exchangers 1 Technical Pogram: Technical Room: Room 8 (257) 338 Approximate Bayesian 13:30—15:30 Saturday Computation in Parameter Estimation of Chair: Yonggao Yin Building Energy Models Chuanqi Zhu, Wei Tian, Pieter de Wilde, 321 Numerical Simulation and Baoquan Yin Optimization of Air-air Total Heat Exchanger with Plate-fin 2530 Zone Layout Simulator for Jiafang Song, Shuhui Liu, Xiangquan Energy-related Occupant Behaviour Meng Modelling Jakub W. Dziedzic, Masab K. Annaqeeb, 314 Thermal Performance Da Yan, Vojislav Novakovic Simulation Analysis of Novel Micro Heat Pipe 801 Analysis on Energy Yaping Zhang, Pei Wang, Yongxin Guo, Consumption and Energy Saving Retrofit Yao Chen of University Buildings in Hot Summer and Cold Winter Zone of China 952 Comparative Analysis of Lili Zhang, Zu’an Liu, Jiawen Hou, Yuyao Air-cooled Precision Air Conditioners and Hou, Dong Wei, Qiong Shen Water-cooled Precision Air Conditioners Huifang Liu, Zhixian Ma, Mingsheng Liu 833 Development of Prototype Building Model in Beijing Based on 782 Study on the Performance of Actual Energy Consumption Heat Storage System with New Fin Chenxi Gui, Da Yan, Siyue Guo, Jingjing Structure An Taotao Chen, Jiayi Zheng, Yanshun Yu

902 Study on Effect of Different 626 Analysis of Heat and Mass Wall Insulation Structures on Building Exchange Performance of Enthalpy Energy Consumption in Low Latitude Recovery Wheel Region: A Case Study in Qionghai China Hong Fan, Liu Chen Chenrong Yu, Jingchao Xie, Peng Xue, Jiaping Liu, Ying Ji 182 The Influence Factors and Performance Optimization Analysis of 493 Simulation Research on Indoor the Total Heat Exchanger Environment and Energy Consumption of Jiafang Song, Shuang Liang, Xiangquan 42

Meng, Shuhui Liu Yongzhe Meng，Xishun Ai, Qigao Gai

204 A New Type of Energy-efficient 2458 Numerical Simulations of Air Conditioning System Driven by Overhead Island Kitchen Exhaust Low-grade Heat Devices Bowen Chen, Yonggao Yin Chang Niu, Sasan Sadrizadeh, Cong Wang, Qian Wang, Jordan Clark Saturday 487 Numerical Study on Two-phase Flow of Transcritical CO2 in Ejector 1005 Study on Exhaust Uniformity of Xu Feng, Zhenying Zhang, Jianjun Yang, a Multi-terminal System Dingzhu Tian Yirui Wang, Jun Gao

Session 15: Kitchen Indoor Air Quality Session 16: Filter Performance Control Room: Room 10 (434) Room: Room 9 (337) 13:30—15:30 Saturday 13:30—15:30 Saturday Chair: Yuesheng Fan Chair: Jun Gao 380 Effect of Particle Composition 585 Research on Pollution Control on the Continuous Loading Performance of Living Building Kitchen in Severe Cold of Medium and High Efficiency Electret Area Media Kailiang Huang, Jun Wang, Guohui Feng, Yongxiang Wang, Zhongping Lin, Jiasen Song, Wen Sun Wangyi Zhang

430 Study on the Influence of Two 357 Size-dependent Removal Pogram: Technical Different Heat Source Spacings on Efficiency of Mechanical Ventilation Aerosol Diffusion in Kitchen System with Air Filtration Unit for Changfa Ji, Rong Chen, Yujiao Zhao, Nanoparticles Haoran Jin Chen Chen, Bin Zhao

0240977 Particle Capture Efficiency by 609 An Electrostatically Assisted the Rotating Net Disk in Kitchen Exhaust Air Filter for Removing Indoor Hood Bioaerosols Shiyu Zhang, Qingyan Chen Fanxuan Xia, Xinjie Huang, Enze Tian, Jinhan Mo 294 Estimated Secondary Organic Carbon (SOC) in PM2.5 from Chinese 511 Numerical Study of Gas-solid Cooking via Minimum OC/EC Ratio Two-phase Flow Field in Fiber Filter Method Guohui Feng, Zheng Zhang, Yixian Yuejing Zhao, Bin Zhao Zhang

3031 VOCs Species Produced from 417 The Role of the Thickness of Typical Chinese Cooking Using Different Air-conditioning Filter in the Propagation Oil Types, Seasonings and Dishes of Flame during their Gas Deflagration Lina Wang, Xinran Zheng, Hongli Wang, Production Process Svetlana Stevanovic, Zoran Ristovski, Lijia Fan, Chenghu Zhang, Jihong Wei, Jianmin Chen Yufei Tan

897 What is the Range of the 234 An Electrostatically Assisted Exhaust Temperature in Central Shafts Composite Polyethylene Terephthalate for High-rise Residential Buildings? (EA-PET) Air Coarse Filter: Influence of Hong Huang, Ying Zhang, Dingmeng Wu, Fiber Structural Characteristics Yicun Hou, Guangyuan Zhang, Yujiao Enze Tian, Jinhan Mo Zhao, Angui Li 587 A Micro-nano Composite 2229 Influence of Air Curtain Electret Filter for High-efficiency Characteristics on the Capture Particulate Matter Filtration Performance of Range Hood Shuzheng Li, Rongrong Cai, Lizhi Zhang Lipeng Lv, Changsheng Cao, Jun Gao, 43

641 Prediction of Pressure Drop in Approaches for Building and Urban Adsorption Filter Using Friction Factor Energy Modelling Correlations for Packed Bed Room: Room 2 (224) Ruiyan Zhang, Zhenhai Li, Lingjie Zeng, 16:00—18:00 Saturday Fei Wang Co-chairs: Da Yan and Xingxing Zhang

Saturday 643 Experimental Study of W11-1 An Optimisation and Purification Performance of PM2.5 by Air Techno-economic Analysis for Solar Filters at Different Grades Assisted Building Heating System Using Xin Zhang, Yuesheng Fan, Huan Wang, Transpired Solar Thermal Collector and Wei Xie, Liang Liu, Jie Liu Heat Pump Puneet Kumar Saini 3005 Modeling the Influences of Condensational Dehumidification on W11-2 A Preliminary Testing of Improvements of Fibrous Air Filter Markov Decision Process based Performance Reinforcement Learning Control Strategy Zhuangbo Feng, Shijie Cao for Window Opening and Close in an Office Building 15:30—16:00 Tea Break Ross May

16:00—18:00 Parallel Workshops and W11-3 A Review of Reinforcement Sessions Learning Methodologies on Control Strategies for Building Environment Workshop 4: Transmission of Infection in Mengjie Han Technical Pogram: Technical Building as Related to HVAC Room: Room 1 (Hall) W11-4 Hybrid Data Driven Methods of 16:00—18:00 Saturday Attribution Analysis for Building Chair: Yuguo Li Performance Models-Variables Selection and Prediction Uncertainty W04-1 The Distribution of Exhaled Yiqun Pan Pollutants in Stratified Environment Hua Qian W11-5 A Review on Data-driven Models for Multi-timescale Building W04-2 Aerosolization of Fungal Energy Analyses Spores from Growing Colonies on Xingxing Zhang Cooling Coils Tengfei Zhang W11-6 Data-driven Approaches for Building Electricity Energy Modeling W04-3 Combined Use of Mechanical Da Yan Exhaust and Window Openings to Minimize Cross-contamination in Session 17: Physiology High-rise Residential Buildings Room: Room 4 (303) Jianlei Niu 16:00—18:00 Saturday Chair: Zhiwen Luo W04-4 The Role of Ventilation in Spread of Contaminants b 65 Predictin g Sweat R ate of etween Rooms in Apartments Chinese People under Moderate Mats Sandberg Activities Based on Experiments Haiying Wang, Guoqing Li, Chonggen W04-5 Characteristics of Airborne Shi Transmission between Occupants Indoors during Short-term Events 1012 Improvement of Human Zhengtao Ai Thermoregulation Model for in Silico Human by Detail Respiratory Heat Loss W04-6 Close Contact Pattern in a Analysis Graduate Student Office Chong Wang, Sung-Jun Yoo, Kazuhide Nan Zhang, Yuguo Li Ito

Workshop 11: Data-driven 617 Thermal Displeasure and 44

Electroencephalogram (EEG) with 651 Influence of Inlet Turbulent Temperature Step Change Characteristics on CFD predictions of Jieun Han, Chungyoon Chun Indoor Flow Field and Ventilation Performance 436 Research on More Effective Xiangzhe Meng, Haidong Wang, Zhiwei Local Cooling Ways to Human Thermal He

Comfort in Hot Environment Saturday Yiwen Luo, Zhiwei Lian, Yingli Xuan, 629 Gaseous Pollutant Weirong Zhang Transmission through Windows in a Multistory Building with Natural 424 Human Thermal Responses to Ventilation Driven by Buoyancy and High Temperatures at Moderate-intensity Wind Work Level Qiannan Huo, Jihong Wang, Tengfei Yun Deng, Weiwei Liu Zhang, Shugang Wang

191 Data-driven Approach to 873 Distribution of Air Change Control Air Temperature Based on Facial Rates in Residential Buildings in Beijing Skin Temperature China Mengqi Jia, Joon-Ho Choi Mingyao Yao, Bin Zhao

128 Experimental Evaluation of the 2380 Study on the Influence of Indoor Thermal Comfort of the Human Different Positions of the Air Inlets in the Body under Different Environments Kitchen on the Air Supplement Effect Based on Heart Rate Variability Analysis Dan Yi, Lianjie He, Lipeng Lv, Gao Jun Hui Zhu, Hanqing Wang, Hua Su, Zijian Pogram: Technical Xiao, Xiaogen Kuang, Jinping Zhao 21 An Evaluation Indicator of Air Distribution in Buildings 22 Correlate Physiological Ran Gao, Hengchun Zhang, Ting Lai, Parameters of Human Thermal Haimeng Li, Shihao Wen, Angui Li Response to Moderate Thermal Environment at Sedentary Activity Level 3022 Numerical Simulation of Mixing Lijuan Wang, Zefeng Chen, Minzhou Ventilation of Gangsha North Chen Comprehensive Transportation Hub in Shenzhen 362 Micro-scale Thermal Sensitivity Jingyuan Wang, Taotao Shui, Qijie Cui, Mappings of Male and Female Human Jing Liu Body Maohui Luo, Hui Zhang, Edward Arens, Session 19: Building Envelopes 1 Zhe Wang Room: Room 6 (409) 16:00—18:00 Saturday Session 18: Ventilation Simulations 1 Chair: Yanping Yuan Room: Room 5 (302) 16:00—18:00 Saturday 678 Investigation on Energy-saving Chair: Lina Wang Walls of Houses in Rural Hangzhou Nan Liang, Siyan Liu, Qiongxiang Kong, 701 Simulation Study on the Ying Cao, Yan Yan Spreading of Fire-induced Smoke in Natural-ventilated Double Skin Facade 686 Simultaneous Test of Heat and Buildings Moisture Transfer in Aerogel Blankets Jingjing Shao, Siegfried K. Yeboah, Haijin Guo, Shanshan Cai, Xuepeng Tiesheng Zhu, Yilin Li Wang, Dongxu Fang, Kun Li

756 Simulation Analysis of Energy 718 The Influence of Interfacial and Ventilation Performance of Typical Thermal Contact Resistance on Cooling Residential Building Ventilation Modes in Performance of the Large Inertia Wall in Five Climate Zones of China Nuclear Power Plant Chen Shi, Haidong Wang, Pengzhi Zhou, Xiaoyan Wu, Xu Zhang Xueni Fan, Tengfei Zhang 670 Heat Transfer Analysis for 45

Building External Wall under Low Atmospheric Pressure and High Solar 159 Investigation on the Polymer Radiation Conditions on Plateau Area Electrolyte Membrane (PEM)-based Yin Zhang, Enshen Long, Jin Li, Fei Gao Electrochemical Dehumidification with Photoelectro-catalyst Anode for 141 An Experimental Investigation Air-conditioning

Saturday of Moisture Buffering Value for Mingming Guo, Ronghui Qi Composite Hygroscopic Materials under Different Air-flow Conditions 177 Study on Independent Air Chengnan Shi, Huibo Zhang, Jingwen Conditioning System Based on the Rui, Ya Chen, Yingli Xuan ， Weirong Temperature and Humidity of Rotary Zhang Dehumidifier and Heat Pipe Jiangbo Li, Haiwei Ji, Liu Chen 78 Effect of Moisture Transfer on Thermal Performance of Exterior Walls in 757 Performance Analysis of a Hot and Humid Region of China Hybrid Solar Energy Heat Pump and Lu Bai, Jingchao Xie, Yaping Cui, Jiaping Desiccant Wheel Air Conditioning Liu System in Low Energy Consumption Building 73 Optimization Research of Shaochen Tian, Xing Su Insulating Layer Thickness for Rural House’s Exterior Wall in Northeast 270 Study on Microwave Severe Cold Regions Based on Life Sterilization Technology of Humidifier in Cycle Cost Central Air Conditioning System Technical Pogram: Technical Teng Shao, Hong Jin Guangyao Hu, Yang Lv, Jingyi Liang, Xi Chen, Tongke Zhao, Bin Chen, Wenjie 166 Study on the Optimization Wall Yuan, Yimin Li Structure in Hot and Humid Climate Region Based on AHP 268 Experimental Investigation on Xingguo Guo, Shiwei He, Yue Wu, Ying an Evaporative Cooling System for the Liu, Xiangwei Liu Environmental Control in Archaeology Museum 387 Effect of Uncertainty in the Bin Chang, Xilian Luo, Yanqian Shen, Hygrothermal Properties on Juan Li, Zhaolin Gu Hygrothermal Modeling Xiangwei Liu, Ying Liu, Xingguo Guo, Na 560 Studying the Performance of Luo, Guojie Chen an Evaporative Pre-cooled Air Conditioning System in Humid Tropical 400 Novel Nano-adsorbent Climate Metal-organic Frameworks (MOFs) for Xin Cui, Sicong Zhang, Liwen Jin, Xilian Energy-efficient Indoor Humidity Control Luo, Xiangzhao Meng Kan Zu, Menghao Qin, Shuqing Cui 895 Application Research of New Session 20: Dehumidification and Evaporative Cooling Air Conditioning Evaporative Cooling System in a Data Center Room in Room: Room 7 (414) Xinjiang 16:00—18:00 Saturday Xiang Huang, Zhicheng Guo, Zhenwu Chair: Fulin Wang Tian, Jingwen Xuan, Jincheng Yan

2278 Study on Heat Recovery Air Session 21: Ground Source Heat Pumps Conditioning System with Adsorption Room: Room 8 (257) Dehumidification by Solar 16:00—18:00 Saturday Yi Liu, Liu Chen Chair: Long Ni

266 Study on Polymer Electrolyte 2555 Calculation of Underground Membrane (PEM)-based Electrolytic Air Temperature to Simulate Ground Source Dehumidification for Sub-zero Heat Pump System Considering Environment Groundwater Advection Tao Li, Ronghui Qi Yutaka Shoji, Takao Katsura, Yoshitaka 46

Sakata, Katsunori Nagano Session 22: Indoor Environment and Health 2553 Development of the Hybrid Room: Room 9 (337) Ground Source Heat Pump System 16:00—18:00 Saturday Combined with the Air-water Heat Chair: Hua Qian Exchangers

Ying Zha, Takao Katsura, Yutaka Shoji, 797 A Primary Study of New Saturday Katsunori Nagano Indexes for Air Pollutant Jiamin Guo, Peng Xue, Mengjing Zhao, 2547 Evaluating Thermal Guangtao Fan, Bohan Ding, Jiaping Liu Performance of Oval U-tube for Ground Source Heat Pump Systems from In-situ 900 Evaluation of Mould Growth on Measurements and Numerical Wall Surface by Different Models Simulations Jie Song, Jingchao Xie, Xiaojing Zhang, Yoshitaka Sakata, Ahmed A. Serageldin, Linna Xie, Guozhu Li, Ran Zhang, Takao Katsura1, Motoaki Ooe, Katsunori Jiaping Liu Nagano 277 Contrastive Study on Mould 539 EnergyPlus and Python Germination Risk in Hygroscopic Walls in Co-simulation Model to Support Machine Hunan Province Learning Based Control of Ground Guojie Chen, Hanqing Wang, Hua Ge, Source Heat Pump System Xiangwei Liu, Xingguo Guo Chuhao Yang, Yixing Chen, Nianping Li, Yifu Sun, Ruosa Wu 660 Healthy Ranking of Indoor Risk Factors for Childhood Asthma: A Pogram: Technical 81 Experimental Study on the Cross-sectional Study in Shanghai Performance of a Novel Ternate Heat Chanjuan Sun, Shijie Hong, Chen Huang, Sources Multi–functional Domestic Heat Zhijun Zou, Chunxiao Su Pump System Xiaochao Guo, Zhixian Ma, Chen Tong, 774 Discussion on the Jili Zhang Characteristics of Preschool Childhood Asthma Recovery in Short-term 408 Research on Soil Temperature Chen Huang, Zhenzhen Xia, Li Shen, Prediction Model for Ground Coupled Chanjuan Sun, Zhijun Zou Heat Pump Based on Deep-learning Neural Network 729 Study on Indoor Natural Light Chendong Wang, Zhihua Zhou, Ji Zhang, Environment Optimization of Traditional Zhuofen Zhang Residential Buildings in South Sichuan Jing Li, Ye Yang, Jian Zhong, Yu Liu 816 Study on Operating Performance of Ground Coupled Heat 369 Prevalence of Overweight and Pump with Seasonal Soil Cool Storage Obesity among Preschool Children in System Shanghai and the Effect of Early Family Chao Lyu, Jiachen Zhong, Zhiyi Wang, Care Ping Jiang, Feng Yu, Yueqin Liu, Maoyu Xiongsi Jin, Chen Huang, Chunxiao Su, Zheng Zhijun Zou

589 Performance Investigations 60 Occurrence of Phthalate Esters and Diagnosis of the Ground Source in Indoor Dust in Households with Heat Pump Systems Applied in Schoolchildren in Changsha, China: Residential Buildings in Cold Area Distribution and Exposure Assessment Lixia He, Han Du, Peng Gao, Jinhua Hu, Nianping Li, Xiaoli Hao, Zhuangzhuang Zheng, Ping Cui Huaidi Qu

954 Experimental Study on Heat 263 Is There any Difference in Transfer of Soil with Different Moisture Indoor Environmental Perceptions Content for Ground Source Heat Pump between People with and without Rong Wang, Long Ni, Yang Yao Respiratory Allergy? Dandan Li, Xiaojing Zhang, Jingchao Xie, 47

Jiaping Liu 2155 Revisiting Reynolds Independent Phenomenon by 3020 Childhood Asthma and Allergic Dimensionless CFD Analysis of Urban Symptoms Associated with Residential and Built Environment Airflows Dampness and Undesirable Odors Chang Shu, Liangzhu (Leon) Wang Subei Bu, Yanling Wang, Fang Wang,

Saturday Haiyan Wang, Yufei Tan 3016 The Impacts of Aspect Ratios and Thermal Storage on Turbulence and Session 23: Wind Environment Ventilation in Scale-model Street Room: Room 10 (434) Canyons by Outdoor Field Measurement 16:00—18:00 Saturday Yuanyuan Lin, Qun Wang, Yuguo Li, Chair: Mats Sandberg Hongyu Yang, Keer Zhang, Jian Hang

334 A New Method to Establish 258 The Influence of Vegetation Inlet Boundary Conditions for the CFD and Street Layouts on Pollutant Modelling of 2D Street Canyon Element Dispersion in Idealized Urban Street

l Pogram: and Its Application in the Study of the Canyon Wind with Periodic Fluctuation Hongyu Yang, Jian Hang, Riccardo Hao Wang, Jian Hang, Peng Gao, Cho K Buccolieri, Cho Kwong Charlie Lam, C Lam, Cuiyun Ou Cuiyun Ou, Chao Yuan

947 Wind Tunnel Measurement of 3001 City Fast Fluid Convective Heat Transfer Coefficient of Dynamics–CityFFD for Modeling Urban Human Body under Outdoor Wind Microscale Airflows on GPU Technica Turbulent Flow Mohammad Mortezazadeh, Senwen Yichen Yu, Jianlin Liu, Jianlei Niu Yang, Ali Katal, Liangzhu (Leon) Wang

2331 Inverse Identification of 893 CFD Simulation of Drag Effect Multiple Outdoor Pollutant Sources under of Urban Trees: Evaluation of Source Dynamic Wind Field Term Modification Method at Tree Scale Qingwen Zheng, Yu Xue, John Zhai Fanxing Zeng, Naiping Gao, Chengwang Lei, Jianlin Liu, Jianlei Niu, Bin Xu 157 The Measured Analysis of Flow Fields and Pollutants in the City Street 18:30—20:30 Dinner Huifen Zou, Yixin Ma, Zongkun Li

904 Potential Assessment of Delayed Detached Eddy Simulation for the Wind around Building Arrays Jianlin Liu, Jianlei Niu

48

Building Sunday, July 14 Fu-Jen Wang, Hung-Wen Lin, Tzu-Ching Su, Kuo-Liang Huang, Man-Yi Lin 8:30—10:00 Plenary Session 2 Room: Room 1 (Hall) 571 Effects of Space Geometry

Sunday Chairs: Jørn Toftum and Hui Zhang Season and Weather Condition on Keynote 3: Bjarne W. Olesen Different Components of Outdoor State of the Art of HVAC Technology in Thermal Radiation Kuixing Liu, Wenyu Liu, Tingting Gan, Europe Dayi Lai, Gang Liu Keynote 4: Yingxin Zhu

How to Create Comfortable and Healthy 472 Numerical Simulation of New Indoor Environment? — A New Ventilation Pattern in Multiple-bed Challenge for Sustainable Building Hospital Wards Hongmei Zhang, Di Liu 10:00—10:30 Tea Break and Poster Presentations 482 Sensor Fault Diagnosis of HVAC System Based on Auto-encoder Posters: All topics Pengcheng Li, Zhimin Du, Xinqiao Jin Poster Display Area: Corridor outside Room 1 2582 Fault Detection for Inverter Air Chair: Zhaojun Wang Conditioning Systems Based on 10:00—10:30 Sunday Self-adaptive Principal Component

Analysis Program: Technical 3010 A Simulation Study on the Xu Zhu, Zhimin Du, Xinqiao Jin, Hydration of Magnesium-based Shanxing Zhang Thermochemical Heat Storage System for Residential Buildings 628 A Simplified Dynamic Model of Yi Wang, Zhenqian Chen Roof Integrated with Shaped-stabilized Phase Change Material 306 Impact of Seasonal Trends and Qingchen Yang, Jinghua Yu, Junchao External Windows Structures on Both Huang, Shan Peng, Junwei Tao Indoor and Outdoor PM2.5 Mass Concentrations at Several Residential 679 Study on Thermal Performance Buildings in Beijing China and Ventilation Strategy of Tubular Yan Wu, Ziguang Chen, Guoqing Cao Ventilation Roof Jinghua Yu, Kangxin Leng, Biaobiao 546 Influences of Different Wang Meteorological Parameters on Outdoor Thermal Comfort in Cold Climate 965 Experimental Research on Regions in China Performance of VRF Based Household Kuixing Liu, Tingting Gan, Wenyu Liu, Radiant Air Conditioning System Dayi Lai, Gang Liu Danyang Wang, Jianbo Chen, Chenyue Yan, Meng Zhao 845 Controlling Technique and Policy of Adjacent Rooms 494 Definition of Typical Residence Pressure-difference in High-level Community Model for Pearl River Delta Biosafety Laboratory Huiwang Peng, Meixiang Li, Manning He, Peng Gao, Guoqing Cao, Ziguang Chen, Zhimin Zheng, Yu Huang, Lang Wu, Yuming Lu Haokai Xu

846 Investigated on Energy Saving 269 Numerical Simulation of a Measures of HVAC System in High-level Double-layer Kang Based on Chimney Biosafety Laboratory Effect Peng Tan, Guoqing Cao, Ziguang Chen Shilin Lei, Xilian Luo, Yanqian Shen, Xiaoyu Zhu, Juan Li, Bin Chang 237 Water Side System Measurement and Energy Consumption 284 A Household Heating System Analysis of Chillers for a Commercial of Solar Photovoltaic-heating Collector 49

Assisted by Air Source Heat Pump Zhihao Lu, Kai Zhang, Jinxiang Liu Shicheng Li, Wenhe Zhou, Shiwen Ding, Shengbin Li 461 Introduction to Modeling Method of MARKAL Energy Model in 281 Vent Effect Study on the Regional Public Institution Energy Sunday Performance of Trump Wall Planning-Taking Liaoning Area as an Yunzhi Wang, Wenhen Zhou, Xiaowei Example Wang, Shicheng Li, Huanying Ouyang Shui Yu, Qixiang Gao, Jianghui Yang, Guohui Feng 287 Experimental Investigation on Humidity-sensitive Properties of 252 Experimental Study on a Polyimide Film for Humidity Sensors Capillary Radiant Heating-bed System Jianyun Wu, Wenhe Zhou, Xiaowei Based on Solar and Air Source Heat Wang, Shicheng Li Pump Dual Heat Source Xiaoyu Zhu, Xilian Luo, Juan Li, Junwei 285 Analysis of the Direct Cooling Su, Zhaolin Gu System by Cooling Towers in Lanzhou Area 149 Simulation Based Controller Xiaowei Wang, Wenhen Zhou, Lixin Development of a Regenerative Indirect Zhao, Xin Bao, Lu Zheng, Xiaofei Han Evaporative Cooler (RIEC) Huaxia Yan, Yi Chen, Weilong Zhang 283 The Air Distribution Design in Summer of a Large Space in Lanzhou 183 Experimental Study on Indirect

Technical Program: Technical Xiaofei Han, Wenhe Zhou, Lixin Zhao, Evaporative Cooler for Energy Recovery Xin Bao, Lu Zheng, Xiaowei Wang in an Air Conditioning System in Hong Kong 376 Sensitive Analysis of Factors Yi Chen, Yunran Min, Hongxing Yang on Thermal Environment in the Waterfront Area 557 Research on Thermal Comfort Xiaocheng Song, Jing Liu, Yu Zhao, Jie of University Libraries in Summer of Gao Guangzhou Ting Peng, Zhaosong Fang, Zhimin 575 Investigation of Different Zheng, Zhaoliang Ji Discharging Performances and the Effect of Loading with DEHS on Electret 753 Experimental Study of an Media Integrated Heating System in a Yongxiang Wang, Zhongping Lin, Wanyi Residential Building Sourced with Zhang Multiple Thermal Energy from Solar Air and Waste Water 830 Optimal Design of Axial-flow Jiamin Fang, Chao Shen, Yiqiang Jiang Fan Using Numerical Simulation Jialu Liu, Yu Niu, Yanhua Liu 405 Utilization of Waste Heat from Commercial Kitchen Exhaust for Water 209 Visible Photocatalysis of a Heating and Dish Drying Building Glass Coated with N-F-TiO2 Pengyi Sun, Chao Shen, Chengyao Li, /rGO Zhuoyu Lei Qiwen Jiang, Jialin Hou, Jialu Liu, Yukun Fu, Yanhua Liu 10:30—12:30 Parallel Sessions

86 Numerical Study on Thermal Workshop 3: Recent Advances on Management of Data Center Integrated Studying Airflow in and around Buildings with Underfloor Vertical Baffles Room: Room 1 (Hall) Yiwen Zhang, Kai Zhang, Jinxiang Liu, 10:30—12:30 Sunday Fei Li, Jun Bao Chair: Qingyan Chen

87 Study on the Effects of W03-1 CFD Simulations of Airflow in Channel Deployment in a S-shaped and around Human Body Liquid Cooling Heat Sink for Electronic Kazuhide Ito Chip Cooling 50

W03-2 Further Development and Application of FFD in Built Environment 919 Investigation of Dynamic Wei Liu Thermal Comfort and Air Velocity Preference in Different Transient W03-3 Flows in Arrays of Buildings Environment in Summer Mats Sandberg Ge Yao, Nianping Li, Zhibin Wu, Chang Sunday Xu, Jing Zhang W03-4 New Methods for Indoor/Outdoor Air Flow Simulation 329 Investigation into the Adaption Ryozo Ooka Thermal Comfort in the Office Prefab House of Building Site in Guangzhou W03-5 Entrainment and Air Chuhao Fu, Zhimin Zheng, Zhaosong Distribution Fang, Zhaoliang Ji Alan Kabanshi 59 Indoor Temperature Setting for W03-6 Inverse Simulation of Airflow in Heating/Cooling Considering Human Buildings with Adjoint Method Dynamic Adaptations: An Investigation in Qingyan Chen Residential Buildings in Chongqing China Workshop 14: Advances in the Research Chenqiu Du, Baizhan Li, Hong Liu, of Heat Pump Systems Zhenxing Jin Room: Room 2 (224) 10:30—12:30 Sunday 924 Exploring Thermal Confort and

Co-chairs: Xu Zhang and Chao Shen Dynamic Work Performance in Different Program: Technical Transient Thermal Environment in W14-1 Contributions of Ground Summer Source Heat Pump Systems (GSHP) Chang Xu, Nianping Li, Zhibin Wu, Ge toward ZEB/ZEH Yao, Jing Zhang Katsunori Nagano 770 The Effect of Airflow on W14-2 Characteristics of Energy Human’s Psychological Feelings Consumption in Intermittent Operation of Minjung Kim, Chungyoon Chun Room Air Conditioner in Hybrid Climate Zone 828 Human Metabolic Rate and Xu Zhang Thermal Comfort of Sedentary Task at Different Ambient Temperatures W14-3 Heat Pump and the Siru Gao, Liu Yang, Yongchao Zhai De-carbonization of Energy Supply Risto Kosonen 520 Field Study on Thermal Comfort and Adaptive Behaviours with a W14-4 The Development of Market for Personal Heating Device in Hunan Air Source Heat Pump in China Linxuan Zhou, Nianping Li, Yingdong He, Hengyi Zhao Jing Zhang, Jiamin Lu, Yangli Han

W14-5 The Challenges and Solutions 320 Adaptive Thermal Comfort in of Wastewater Source Heat Pumps Different Ages during Space Heating Chao Shen Period in Severe Cold Area of China Haoran Ning, Zhaojun Wang Session 24: Adaptive and Dynamic Thermal Comfort 2551 Research on the Influence of Room: Room 4 (303) Seasonal Behaviors on the Improvement 10:30—12:30 Sunday of Person Climate Adaptability Chair: Chungyoon Chun Yubei Liu, Bin Chen

500 Dynamic Thermal Behavioral Session 25: Gaseous Contaminants 1 Adaptation Process of Migrants: A Room: Room 5 (302) Long-term Tracked Field Study 10:30—12:30 Sunday Yu Dong, Yanfeng Liu, Cong Song, Yuan Chair: Xinke Wang Shi 51

415 Comparison of Air Pollutant Room: Room 6 (409) Emissions from Improved Coal and 10:30—12:30 Sunday Biomass Space Heating Stoves Chair: Mengjie Han Mengsi Deng, Pengchao Li, Shuangqi Zhang, Ming Shan, Xudong Yang 312 Comparative Study of Building Sunday Energy Consumption Prediction Based 410 Variations of Volatile Organic on Three Artificial Neural Network Compounds in Residential Buildings Algorithms during Construction Stage Zhi Zhuang, Ziyu Peng, Weipeng Guo Ke Wu, Weihui Liang, Weilin Cui 551 Numerical Investigation on 661 Approach for Avoiding Multiple Energy Efficiency of a Serial Solution of Measuring Methods of Pipe-embedded Window System Characteristic Parameters of Operated in Summer Considering Water Formaldehyde/VOCs Emitted from Temperature Change in Pipeline Building Materials Sihang Jiang, Xianting Li Xu Zhang, Jianping Cao, Jingya Wei, Yinping Zhang 2599 Thermal Load Simulations and Human Comfort Assessment of a Fast 697 Source Identifications among Food Restaurant in the Extreme Climate Building Materials Based on the Field Conditions of Astana Kazakhstan and Material Emission Test Soo Lee Teh, Dinmukhamed Mengqiang Lv, Xudong Yang Zhangaskanov, Gulzhahan Islam,

Technical Program: Technical Ualikhan Belgibay, Yelaman Beiskhanov, 837 Study on the Influence of Nazira Kaishubayeva, Yong Zhao, Sai Thermal Properties of Building Envelope Cheong Fok on Indoor Pollutant Diffusion Ruijun Wang, Ye Wang 967 Carbon Performance Evaluation of Urban Buildings Using 421 Numerical Simulation Analysis Machine Learning-based Energy Models of Formaldehyde Pollution Control in Yunliang Liu, Wei Tian, Xiang Zhou Newly Decorated Buildings Dongqian Li, Guojie Chen, Qinghai Luo 133 Optimal Design of Building Multi-energy Systems Based on 550 Surface Topography Design Co-adaptive Matchmaking between and Performance Simulation of Supply and Demand Adsorption Materials for Indoor Chengchu Yan, Fengling Wang, Pollutants Removal Shuangjun Xu Qiwei Chen, Jinhan Mo 323 Parametric Building Energy 222 A Fast and Accurate Airtight Modelling Based on Combination of Chamber Method for Determining the Engineering Method and Data Monitoring Characteristic Parameters of VOC Zhi Zhuang, Weipeng Guo Emission from Building Materials Xiaojun Zhou, Yanfeng Liu, Cong Song, 104 Data-driven Modelling and Xinke Wang, Fenghao Wang Optimal Control of Domestic Electric Water Heaters for Demand Response 107 Long-term Variation of Indoor Xingji Yu, Shi You, Hanmin Cai, Laurent Formaldehyde Concentration and Georges, Peder Bacher Emission Characteristics of Building Materials in Chinese Residences 793 Development of a Library for Weihui Liang Building Surface Layout Simulator Masab K. Annaqeeb, Jakub W. Dziedzic, 212 A Novel Method for Testing the Da Yan, Vojislav Novakovic Performance Decay of Adsorptive Portable Air Cleaner 733 Solar Seasonal Storage Water Xiaoyue Zhu, Xudong Yang Heating System for Space Heating of a House in Hangzhou Simulation Using Session 26: Energy Simulations 2 TRNSYS 52

Jie Lu, Guoqing He Session 28: Thermal Environments Session 27: Data Center and Special Room: Room 8 (257) Space Cooling 10:30—12:30 Sunday Room: Room 7 (414) Chair: Menghao Qin 10:30—12:30 Sunday Sunday Chair: Weirong Zhang 247 A Superposition Method to Predict Indoor Temperature Distribution 250 Numerical Study of Data with Convective Heat Gain/Loss through Center Composite Cooling System the Building Envelope Xuetao Zhou, Xiaolei Yuan, Jinxiang Liu, Shuai Yan, Xiaoliang Shao, Xianting Li Risto.Kosonen, Xinjie Xu 802 Simulation and Optimization 358 Research on the Cabinet of Analysis of Summer Indoor Thermal Data Center Based on On-demand Environment for School Buildings in Hot Cooling Concept and Its Cooling Effect Summer and Cold Winter Zone Qi Fu, Zongwei Han, Xiaopeng Bi, Xinwei Lili Zhang, Yuyao Hou, Dong Wei, Zu’an Meng, Haotian Wei Liu, Jiawen Hou, Qiong Shen

352 Study on Influence of Outdoor 530 Analysis on Indoor Thermal Air Flow on Performance of Evaporative Environments and AC-use Behaviours in Cooling Composite Air Conditioning an Office Building System for Data Center Jing Zhang, Nianping Li, Linxuan Zhou,

Haotian Wei, Zongwei Han, Chenguang Jia Li, Yingdong He, Xuemiao Fang Program: Technical Bai, Qi Fu, Xinwei Meng 894 Impact of Urban Heat and 513 A Study of Wet-bulb Moisture Island on Building Energy Temperature and Approach Temperature Performance in Hong Kong Based Control Strategy of Water-side Luyang Shi, Zhiwen Luo, Jing Liu Economizer Free-cooling System for Data Center 564 Indoor Thermal Environment Jiajie Li, Zhengwei Li, Hai Wang Test and Evaluation of Mobile Public Toilets in Summer 68 Numerical Analysis of Airflow Ruixin Li, Yiwan Zhao, Jiayin Zhu, Weilin Distribution in Data Center with Server Li Baffles Xiaolei Yuan, Xinjie Xu, Yu Wang, 214 Field Study on Indoor Thermal Jinxiang Liu, Xuetao Zhou, Yuzhen Tao Environment of Traditional Residence in Guilin in Winter 101 Numerical Comparisons on Wengheng Zheng, Shaoying Su Heat-source-targeted and Large-area Spray Cooling for an Impinging Jet at 265 Annual Thermal Dynamic High Temperature in a Confined Space Characteristic of Underground Cave Chengqiang Zhi, Yixiang Huang, Qianru Dwellings in West Area of He’nan Zhang, Wei Ye, Xu Zhang Xi Zhao, Jiayin Zhu, Yingfang Liu

251 Influence of Air Supply Outlet 147 Investigation of Indoor Thermal on Displacement Ventilation System for Environments in Chinese Residential Relics Preservation Area in Archaeology Buildings Museum Yue Qi, Junjie Liu, Daiyi Lai, and Zhilin Juan Li, Xilian Luo, Bin Chang, Zhaolin Liu Gu 810 Annual Survey Influencing 831 Optimization of Cooling Air Factors and Improvement Strategy of Flow in Data Center by CFD Analysis in a Indoor Air Environment in Office New Energy Efficient Cooling System Buildings in Guangzhou Using CO2 as the Refrigerant Chihui Zhu, Wei Zhou, Hai Liu Weirong Zhang, Hongye Li, Yifei Bai, Zhaofeng Wang Session 29: District Energy Supply 53

Systems Hickman Room: Room 9 (337) 10:30—12:30 Sunday Session 30: Flow in HVAC Components Chair: Zhuolun Chen Room: Room 10 (434) 10:30—12:30 Sunday Sunday 1011 Comparison of Nuclear District Chair: Chenghu Zhang Heating Technologies in Russia and China 914 Effect of Lewis Factor on Aleksandr Solomykov, Jinling Zhao Performance of Closed Heat Source Tower under Spraying Conditions 399 Optimized Analysis of Fenglin Zhang, Nianping Li, Haijiao Cui, Operational Strategy Based on Different Shengbing Li, Meng Wang, Meiyao Lu Optional Energy Supply Technologies in a Distributed Energy System of Buildings 3021 Effect of Water Velocity on the in Tianjin Eco-city during Cooling Season Particulate Fouling in Heat Transfer Zhengrong Li, Han Zhu, Zhe Tian, Wei Tubes Feng Yuan Wang, Chao Shen, Zhenbo Tang, Yang Yao 860 Research and Application Status of Energy Conservation in District 355 Numerical Simulation of Heat Energy System and Its Transmission and Transfer and Pressure Drop Distribution Pipeline Network: Review Characteristics of Elliptical Tube Yuefen Gao, Meng Wang Perforated Fins Heat Exchanger

Technical Program: Technical Jiaen Luo, Zhaosong Fang, Lan Tang 185 Application of Combination of Relay-pump Station and 290 Research of the Influence of Intervals-pressure Heat Exchange Valve Position on Flow Measurement of Station in Long-distance Central Heating Butterfly Valve with Differential Pressure with Large Height Difference Sensor Huifen Zou, Mingyuan Li, Huameng Xu Yuanpeng Mu, Zhixian Ma, Mingsheng Liu 985 Research on the Reduction of Building Thermal Model in Heating 326 Evaluation of Factors towards Accident Flow Distribution in the Dividing Manifold Yuchen Ju, Peng Wang, Siqi Liu, Wei Systems with Parallel Pipe Arrays Using Wang, Xianchao Ren the Orthogonal Experiment Design Wanqing Zhang, Angui Li, Feifei Cao 619 Prediction and Factors Determination of District Heating Load 674 Experimental Study on Flow Based on Random Forest Algorithm Maldistribution and Performance of Xiaoxue Hu, Yanfeng Liu, Yong Zhou, Carbon Dioxide Microchannel Dengjia Wang Evaporator Jing Lv, Guo Li, Tangfuyi Xv, Chenxi Hu 3013 Research on Evaluation Index System of District Energy Systems 3029 A Practical Approach of Moving Tianjie Liu, Wenling Jiao, Lemei Ren, Line Source Theory for Thermal Xinghao Tian Response Test under the Groundwater Flow Area 2139 Sensitivity Analysis on Hobyung Chae, Katsunori Nagano, Influence Factors of Comprehensive Yoshitaka Sakata, Takao Katsura, Energy Planning for Low Carbon City in Takeshi Kondo China Li Zhu, Jiqiang Zhang, Yang Yang, 3025 Maisotsenko Cycle based Zhexing Yan, Qi Liu, Yong Sun Ejector Systems for Space Heating and Cooling Applications 995 High Energy Efficient District Valeriy Maisotsenko, Olexiy Buyadgie, Cooling System and Its Engineering Oleksii Drakhnia, Dmytro Buyadgie, Applications in India Guangya Zhua Zhuolun Chen, Lily Riahi, Benjamin 54

195 A Developed CRMC Design Workshop 12: Occupant-centric Method and Numerical Modeling for the Building Design and Operation (IEA EBC Ejector Component in the Steam Jet Annex 79) Heat Pumps Room: Room 2 (224) Chenghu Zhang, Yaping Li, Jianli Zhang 13:30—15:30 Sunday Co-chairs: Andreas Wagner and Xiang Zhou Sunday 869 Numerical Simulation of Transient Cavitating Flows in Pipeline Systems W12-1 How to Use Big Date for Qiang Sun, Yuebin Wu, Huan Liang Occupant Behavior Research Da Yan 12:30—13:30 Lunch W12-2 Development of the Building 13:30—15:30 Parallel Sessions Occupant Transient Agent-based Model (BOT-ABM): Current Status and Future Workshop 5: Energy and Indoor Steps Environment of Residential Buildings in Vojislav Novakovic Hot and Humid Countries in South-East Asia W12-3 Interdependences between Room: Room 1 (Hall) Thermal, Visual, Aural and Olfactory 13:30—15:30 Sunday Influences on Perception and Behavior Chair: Hiroshi Yoshino Bjarne W. Olesen

W05-1 Trend of Energy Consumption W12-4 How to Use Machine Learning

of Residential Sector in Phnom Penh, for Occupancy Prediction Program: Technical Cambodia Xiang Zhou Kazuhiro Fukuyo W12-5 Occupant-centric Building W05-2 Factors Contributing to Design and Operation–introduction to the Household Energy Consumption of Work of IEA EBC Annex 79 Urban Residential Buildings in Southeast Andreas Wagner Asia Usep Surahman Session 31: Thermal Comfort under Various Climates W05-3 Investigation of Indoor Air Room: Room 4 (303) Quality and Occupants’ Health in Houses 13:30—15:30 Sunday in Major Cities of Indonesia Chair: Fu-Jen Wang Tetsu Kubota 521 Study on the Improvement of W05-4 Investigation of Summer Indoor People’s Thermal Comfort in Extremely Thermal Environment and Health in Cold Environment Using Different Houses in Guangzhou Heating Measures Qiong Li Yue Deng, Bin Cao, Hecheng Yang, Yi Ju, Yunyi Zeng, Ziyi Yang, Ziyong Li, W05-5 Relation between Mold Growth Ting Yang and Life Style in Houses in Okinawa Atsushi Iwamae 591 The Impact of History of Using Air Conditioning on Students Heat Stroke W05-6 Quantitative Demand to Create in Summer Military Training Summer Thermal Comfort Based on the Qianni Liu, Yufeng Zhang Adjustive Behaviors in Residential Buildings with Hot Summer and Cold 803 A Thermal Comfort Field Study Winter Climate in China of Naturally Ventilated Classrooms Shuqin Chen during Spring and Autumn in Xian China Jialu Liu, Xian Yang, Yanhua Liu W05-7 Situation and Subjects of Energy and Indoor Environment of 418 A Contrast Experiment Study Residential Buildings in Asian Countries on the Thermal Comfort Served by Hiroshi Yoshino Stratum Ventilation for Heating Chang Xi, Han Li, Xiangfei Kong, Zhang 55

Lin, Sheng Zhang 2611 Comparison of Airflow and Pollutant Dispersion in Multiroom 624 Study on Thermal Comfort of Buildings under Different Cross Residential Nearly Zero Energy Buildings Ventilation Patterns Based on Human Thermal Adaptation Xiangxiang Lv, Xiaoping Liu, Mei Wu, Sunday Guohui Feng, Kairan Wang, Xiaolong Xu, Zhen Peng Yue Wang, Xianshi Fang 94 Determining Moist-based 889 A Comparison of Thermal Ventilation Rates for Residential Comfort of People from Buildings with Buildings with Low-infiltration in China: A Central Air Conditioning System and Preliminary Discussion Split Air-conditioner Shengyi Tang, Wei Ye, Xing Su, Xu Zhongjun Zhang, Yufeng Zhang, Adnan Zhang khan 56 Natural Ventilation 3003 Adaptive Window Opening Effectiveness of Awning Windows in Behavior in Office Buildings in the Restrooms in K-12 Public Schools Severe Cold Region, China Yi-Pin Lin, Sung-Chin Chung, Chun Xiaowen Su, Zhaojun Wang Yang, Chi-Ming Lai

705 Study on Thermal Comfort of 190 The Study of a Novel Beijing Subway in Summer Double—attached Ventilation Mode Zhongfeng Liu, Lang Xie, Song Pan, Changqing Yang, Rui Wu, Angui Li,

Technical Program: Technical Saisai Du, Wei Yu, Sensen Jiang, Bingyu Zhiyong Liu, Haiguo Yin Li 3006 Ventilation Performance 437 Comparative Study on Thermal Assessment Based on a Dimensionless Comfort of People from Different Climate Time Scale Ratio Zones in Summer Huayan Deng, Shijie Cao Qianqian Liu, Haiyan Yan, Hanyu Wang, Hao Zhang, Mengru Dong 783 Exploration on Generation Mechanism Transmission Characteristics 523 Experimental Study on and Influential Factors of Aerodynamic Occupant Control Behaviors over a Noise at Shunt T-elbow of Ventilation Thermostat of Air-conditioning System and Air Conditioning Pipelines and a Ceiling Fan YaLin Liu, Ke Wang, Lei Zhao Yangli Han, Nianping Li, Yingdong He, Jiamin Lu, Linxuan Zhou, Hui Zhang 230 Robust Design Optimization of Air Distribution for Thermal Comfort Session 32: Ventilation Sheng Zhang, Yong Cheng, Xiangfei Room: Room 5 (302) Kong, Zhang Lin 13:30—15:30 Sunday Chair: Junjie Liu Session 33: Energy Storage 2 Room: Room 6 (409) 438 Field Measurements and 13:30—15:30 Sunday Numerical Simulation of Natural Chair: Yinping Zhang Ventilation in Underground Shelter Luyang Shi, Jing Liu 450 Research Status of Composite Application Based on Phase Change 941 Field Monitoring Natural Energy Storage Technology and Solar Ventilation Rate of Residential Buildings Energy in Beijing Shimeng Wang, Huixing Li, Guohui Feng, Rong Sun, Yiwen Jian, Xu Wang Xiangyu Lu

986 Ventilation Rates in Chinese 451 Study and Analysis of Storage Homes and Release Capacity of Baffled Phase Yuexia Sun, Jing Hou, Qingyan Chen, Change Energy Storage Tanks Junjie Liu, Jan Sundell Xingyu Diao, Huixing Li, Guohui Feng, Hao Sun 56

Guohui Feng, Jiaji Zhao, Kailiang Huang, 125 Thermal Evaluation of Building Xiaolong Xu, Chuan Tian Envelopes Containing Phase Change

Materials under Full Weather Condition 138 Review on Heat and Mass unday in Changsha Coupled Transfer of Wooden Passive Xiaoqin Sun, Siyuan Fan, Youhong Chu, House Wall in the Cold Region S Yajing Mo, Shuguang Liao Huifen Zou, Zhian Yue, Meimei Yin

113 Impacts of PCM Location and 2283 Experimental Study on a Thickness on Dynamic Thermal Facade-built-in Two-Phase Characteristics of External Walls for Thermosyphon Loop for Passive Residential Buildings Thermo-activated Building System Tang Liu, Yan Liu, Liu Yang, Jiang Liu, Li Zhu, Yang Yang, Jiqiang Zhang, Yuhao Qiao, Da Yan Sarula Chen, Yong Sun

510 Study on Appropriate Partition 164 Characteristics of a Natural of Shallow Geothermal Energy and Heat Transfer Air-conditioning Terminal Active Energy Coupling Utilization Device for Nearly Zero Energy Buildings Guohui Feng, Mengyuan Liu, Xulin Li, Haiwen Shu, Xu Bie, Shan Jiang, Chuan Tian, Huanyu Li Zhiqiang Yang, Yang Zhang, Gao Shu, Hongbin Wang 111 Experimental Investigation of PCM Wallboard in Artificial Controlled 378 The Feasibility Study of Net

Environment with Different Climate Zero Energy Building for Future Energy Program: Technical Conditions Development Yuhao Qiao, Yan Liu, Liu Yang, Jiayang Yutong Li, Bin Hao, Qing Ye Bao, Jiaping Liu 533 Test and Analysis of Air 708 Application Analysis of Phase Tightness of External Windows for the Change Heat Storage in a Solar Heating Nearly Zero Energy Building in Severe System Cold Area Yuefen Gao, Chengzhi Wang Guohui Feng, Yue Wang, Xiaolong Xu, Kairan Wang Session 34: Zero Energy Buildings Room: Room 7 (414) 606 A Multi-criterion Optimization 13:30—15:30 Sunday for Passive Building Integrated with Chair: Guohui Feng Vacuum Photovoltaic Insulated Glass Unit 682 Towards Zero Emission Junchao Huang, Xi Chen, Hongxing Residential Buildings (ZEB) in a Humid Yang Subtropical Climate. Analysis Emissions from Energy Use and Embodied 531 Test and Analysis of Summer Emissions from Materials in Referential Energy and Thermal Environment for the Locations according to Obligatory Nearly Zero Energy Building in Severe Residential Energy Codes and Using Cold Area Generic LCA Data Sources Guohui Feng, Yue Wang, Xiaolong Xu, Daniel Satoła, Aoife Houlihan Wiberg, Kairan Wang Arild Gustavsen Session 35: Water Source Heat Pumps 155 Design and Optimisation of Room: Room 8 (257) Solar Energy Buildings with Traditional 13:30—15:30 Sunday Chinese Architectural Style for Extremely Chair: Zhixian Ma Cold Climates David Johnston 42 Parametric Analysis and Exergy Analysis for a New Cogeneration 512 Simulation of Summer Energy System Based on Ejector Heat Pump Consumption of a Low-energy Building in Jiyou Lin, Chenghu Zhang, Yufei Tan Severe Cold Regions Comparative Analysis of Measured Data 509 Meteorological Classification of 57

Water Source Heat Pump Assisted Solar 13:30—15:30 Sunday Water Heating System Based on Cluster Chair: Liangzhu Wang Analysis in Winter of Northern Region Guohui Feng, Huanyu Li, Xulin Li, Chuan 1016 Optimal Control of Water Valve Tian, Mengyuan Liu in AHU Based on Actual Characteristics Sunday of Water Valve 890 Research on the Xia Wu, Yan Gao, Bin Wang Energy-saving Coefficient and Environmental Effect of the Surface 273 Analysis on Control Water Source Heat Pump System Mechanism and Response Ying Xu, Yuebin Wu, Liang Chen Characteristics of Residential Thermostats in District Heating Systems 937 Matching Characteristics of Baoping Xu, Xi Wang Two Heat Exchangers for the Direct Sewage Source Heat Pump System 348 A Central Air Conditioning Zhaoyi Zhuang, Jian Song, Jun Xu, Control Strategy to Enhance Thermal Wenzeng Shen, Qiqi Zhu Comfort in Library Buildings Minglin Zheng, Zhenyuan Dong, Qianjia 82 Modeling Method of Heat Xie, Xinyi Wu, Zexi Lin, Ziyi Zhang, Pump System Based on Recurrent Weitang Liang, Weina Chen, Cho Kwong Neural Network Charile Lam, Jian Hang Yin Zheng, Guiqiang Wang 2459 Identifying Frost Threshold in a

Technical Program: Technical 781 Energy Saving and Economic Balanced Mechanical Ventilation System Analysis of Anaerobic Reactor Heating by Inlet and Exhaust Air Temperature System Based on Biogas and Sewage Control Source Heat Pump Behrouz Nourozi, Qian Wang, Adnan Shouwen Sheng, Fang Wang Ploskić

637 A New Two-stage 865 Coordinated Probabilistic Compression Refrigeration System with Optimal Design of Cleanroom Primary Throttling Intermediate Air-conditioning Systems Facilitating Complete Cooling for Defrosting Optimal Ventilation Control Strategies Chaohui Xuan, Yongan Yang, Ruishen Li under Uncertainties Chaoqun Zhuang, Shengwei Wang 543 Study on the Inter-stage Injection Release Characteristics of 908 Trial-and-error Method for Two-Stage Compression Heat Pump Variable Outside Air Volume Setpoint of System VAV System Using Outside Air Damper Xu Jin, Zhe Wu, Zhongyan Liu, Wenpeng Static Pressure Difference Control Hong Pengmin Hua, Tianyi Zhao, Wuhe Dai, Jili Zhang 859 Design Calculation of Two Heat Exchangers of Direct Sewage Source 433 Control of Mechanical Heat Pump Unit Ventilation System for Ventilative Cooling Zhaoyi Zhuang, Jun Xu, Jian Song, in High-rise Buildings Wenzeng Shen Haohan Sha, Dahai Qi

925 Experimental Study on Effect of 968 Precise Control for Heating Water Flow Rate on Heating Supply to Households Based on Heating Performance of a Series Bathing Load Prediction Wastewater Source Heat Pump Hot Ruiting Wang, Fulin Wang, Minjie Xiao, Water Unit Zhaohan Nan, Aijun Ding Liangdong Ma, Tixiu Ren, Tianyi Zhao, Jili Zhang 112 Methodology for Determining the Optimal Size for a South-facing Session 36: Heating and Ventilation Horizontal Visor Based on Different Control Design Periods Room: Room 9 (337) Xiangrong Zhang, Yan Liu, Liu Yang, 58

Chen Zhang, Tang Liu Management Room: Room 1 (Hall) 3014 Theoretical Analysis of Smoke 16:00—18:00 Sunday Exhaust System with Ringed Chair: John Zhai Arrangements in the Field of HVAC Minmin Zhang, Yixue Wu, Meiling He W08-1 District Energy System Global Sunday Applications under UN's Sustainable Session 37: Radiant Heating Development Goals Room: Room 10 (434) Zhuolun Chen 13:30—15:30 Sunday Chair: Ping Cui W08-2 Detection and Inverse Identification of Airborne Pollution in City 874 Simulation and Prediction of Yu Xue Floor Radiant Heating Application Based on a Composite Phase Change Material W08-3 Prediction of Building Stock Honghui Zhu, Baolian Niu, Jiaxin Li Energy Demand John Zhai 98 Research of Personalized Heating by Radiant Floor Panels in Hot Workshop 10: Research Progresses, Summer and Cold Winter Area Challenges and Future Perspectives on Guoqing Yu, Zhuzheng Diao, Zhaoji Gu Indoor Air Cleaning Materials and Technologies 296 Analysis on Performance of Room: Room 2 (224)

Solar Novel Heat Pipes Radiant Heating 16:00—18:00 Sunday Program: Technical System Co-chairs: Brett Singer and Jinhan Mo Yaping Zhang, Yongxin Guo, Pei Wang, Yao Chen W10-1 Modification of MnO2 for Formaldehyde and Ozone Removal 811 Design Optimization of Pengyi Zhang Radiation Cooling Terminal for Ultra-low Energy Consumption Office Buildings W10-2 Clean Air Delivery Rate and Zhengrong Li, Xiangyun Chen, Dongkai Energy Efficiency of Electrical and Zhang Fresh-air Air Cleaner Kwang Chul NOH 773 Feasibility of Hybrid Ground Source Heat Pump Systems Utilizing W10-3 A New Kind of Suspended Air Capillary Radiation Roof Terminal in the Cleaner for Particulate Matter Exposure Yangtze River Basin of China Control in Office Buildings Lu Xing, Chen Ren, Hanbin Luo, Yin Junjie Liu Guan, Dongkai Li, Lei Yan, Yuhang Miao, Pingfang Hu W10-4 A Test and Evaluation Method of Gaseous Substance Removal 3011 Optimization of Heat Transfer Performance in Air Cleaners and Actual Performance for a Hybrid Condition of Equipment Performance Radiant-Convective Heating Terminal Atsuo Nozaki Wenke Zheng, Jiankai Dong, Long Zhang, Zhihua Chen W10-5 Supplementing Ventilation with Gas-phase Air Cleaning, Implementation 899 Study on the Simulation of and Energy Implications, EBC-Annex 78 Small Scale Solar Organic Rankine Alireza Afshari Cycle Power Generation Systems Xinlei Zhou, Ping Cui, Xiaoying Wang W10-6 Physical Methods for Inactivating Indoor Biological Aerosol 15:30—16:00 Tea Break Agents Maosheng Yao 16:00—18:00 Parallel Sessions W10-7 Performance of a High Workshop 8: Urban-scale Building Energy Capacity CO2 Sorbent to Enable and Environment Prediction and Dynamic Ventilation Management for 59

Energy and Peak Load Savings in and Sensitivity to Convective Heat Commercial Buildings Transfer Parameters Brett Singer Yongxin Xie, Jianlei Niu, Cheuk Ming Mak Workshop 7: Modeling of Heat Sunday Transfer and Energy Saving in Buildings 36 CFD-based Numerical Method Room: Room 3 (314) for Temperature Set-point 16:00—18:00 Sunday Commissioning and PMV Assessment of Chair: Vladimir G. Gagarin Occupied Individual Air-conditioning Zone W07-1 Unified Regulation for Thermal Xiang Deng, Xue Xue, Bugong Xu Performance Calculation of Building Enclosing Structures in Russia 994 A Random Forest-based Vladimir G. Gagarin, Shubin Igor, Prediction for Chinese Older People’s Sorokina Irina Thermal Sensation in Uniform and Stable Thermal Environment W07-2 Sustainability of Water Heating Zi Wang, Hang Yu, Zhe Wang, Maohui Systems in Buildings with Fiber Heat Luo Insulation according to Air and Thermal Conditions in Air Gap of Multi-skin 2648 Calculation of the Mean Skin Facades Temperature in the Non-uniform Thermal Lushin Kirill Environments Yuemei Wang, Zhiwei Lian

Technical Program: Technical W07-3 Heat Input from Solar Radiation through Energy-efficient Glazing 238 An Adaptive Thermal Comfort according to the Orientation of Facades Model in Winter in the Severe Cold Area for Various Climatic Zones China Korkina Elena, Tiulenev Matvei Yuchen Ji, Zhaojun Wang

W07-4 History and Current Usage of 712 The Determination of Key the Moisture Potential Theory for Parameters in Adaptive Thermal Comfort Prediction of Enclosing Structure Model Moisture Behavior in Russia Qian Chai, Liu Yang, Honglian Li, Kailin Vladimir G. Gagarin, Zubarev Kirill Lv

Session 38: Thermal Comfort Models Session 39: Ventilation Simulations 2 Room: Room 4 (303) Room: Room 5 (302) 16:00—18:00 Sunday 16:00—18:00 Sunday Chair: Hang Yu Chair: Xianting Li

198 Research on Behavior Pattern 972 Predicting the Effects of Prediction at Early Stage of Design Building Layout on Air Infiltration Panyu Zhu, Da Yan, Hongsan Sun, Shu Zheng, Yu Xue, Lin Duanmu Chenxi Gui 119 Influence of Building Air 563 Investigation into the Adaption Tightness on Energy Consumption of of PMV to Evaluation of the Medical Staff Office Building in Chongqing in Hospitals in Guangzhou Yuan Liu, Wei Yu Xiangfei Ji, Zhaosong Fang, Zhimin Zheng, Zhaoliang Ji 504 3D Numerical Simulation on Flow Field Characteristic inside the 267 Analysis of Influencing Factors Large-scale Axial Flow Fan of Window Opening Proportion Based on Lin Wang, Kun Wang, Nini Wang, Non-intrusive Method Suoying He, Yuetao Shi, Ming Gao Hengjie Zheng, Fei Li, Xiaoran Liu 883 Performance Evaluation of 246 Further Evaluation of a Ventilation System in Basement Space Multi-nodal Thermal Regulation Model: of an Underground Sewage Treatment Behaviour of Physiological Parameters Plant: A Scaled-model Case Study 60

Xuehai Zhu, Xin Zhang, Lei Dong, Di Mu, 819 Optimization Analysis of Ran Ju, Lu Feng, Yan Xiao, Naiping Gao Thermal Performance of Composite Self-insulation Hollow Block 80 Numerical Study on Pollutant Wentao Hu, Junfei Du, Zu’an Liu, Removal Performance of Vortex Yisheng Huang, Gang Zhao, Chaoping Ventilation in Different Pollutant Hou Sunday Locations Zhixiang Cao, Chao Zhai, Tongtong 50 Effect of Radiant Heat Transfer Zhao, Yi Wang on Moisture Buffering Performance of Hygroscopic Building Materials 851 The Optimum Research and Haoyan Xie, Lei Zhao Case Study of Wind Power Heating Based on Supply and Demand Load 64 Effect of Glazing Ratio on Forecasting Thermal Comfort and Heating/Cooling Chuankai Niu, Liyan Feng, Zhengwei Li, Energy Use Renjing Cao Haiying Wang, Bjarne W. Olesen, Ongun B. Kazanci 522 Research on the Air Infiltration under Thermal Pressure in Megatall 402 Thermal and Flow Buildings Characteristics of Liquid-flow Window Junwei Xue, Junliang Cao, Xiaoxin Man, with Different Design Configurations Zhitao Han, Jing Liu Jishun Zhang, Chuanhui Zhang, Min Chen

702 Simulation Study on the Program: Technical Effectiveness of Passive 153 Investigation on the Solar Natural-ventilated Facade Devices for Extinction Coefficient of Aerogel Glazing High-rise Public Buildings Yang Liu, Lin Lu, Youming Chen Yilin Li Hongwei Tan, Weiguang Su, Jingjing Shao 547 Influence of Window-wall Ratio on Calculation Methods for Building 503 Fitting Analysis for Flow Surface Reflectivity Coefficient Predictive Model of Zhengrong Li, Heyu Wang, Qun Zhao Residential Buildings with High Airtightness 877 Numerical Analysis of the Wenqian Zhou, Xiangli Li, Lin Duanmu Dynamic Heat and Moisture Coupling Transfer within Typical Building Walls in 2628 Development and Experimental Severe Cold Region of China Validation of a Finite-difference Hongrui Zheng, Fang Wang, Haiyan Frequency-domain Model for the Wang, Yanling Wang Exhaust Air Insulation Wall Liao Li, Chong Zhang, Jiaqi Hu, Wenjie 145 Analysis and Improvement Gang, Jinbo Wang Recommendations on Straw Bale Building in Northeast China Session 40: Building Envelopes 2 Jingjing Yang, Yan Liu, Liu Yang Room: Room 6 (409) 16:00—18:00 Sunday Session 41: HVAC System Operations 2 Chair: Jinqing Peng Room: Room 7 (414) 16:00—18:00 Sunday 407 A Study of the Impact of Interior Chair: Yang Zhao Envelope Structure on Cold and Hot Load in Yangtze River Basin of China 780 A Review of Commissioning Xiaofang Deng, Wei Yu, Xiangzhong Technology of HVAC System in Meng University Building Zhiwei Zhang, Jun Guan, Xue Tan, 130 The Effects of Green Façades Shuqin Chen, Qiang Guo, Jian Xu, on Thermal Performance in Humid and Weihua Song Hot Climate Cuimin Li, Hui An, Kun Lu 739 A Case Study on Existing Building HVAC System Optimization of a 61

Five-star Hotel in Shanghai and Heat Transfer of Sewage in the Heat Weifeng Zhu, Mengyuan Liu, Qian Ye Exchange Tube Liangdong Ma, Shunzhi Chen, Zhiyuan 574 Preheating Strategy of Zhang, Jili Zhang Intermittent Heating for Public Buildings Sunday in Cold Areas of China 84 Experimental Study on the Chunhua Sun, Jiali Chen, Yuan Liang, Influence of Uniformity Liquid Distribution Shanshan Cao on the Flow Pattern Conversion of Horizontal Tube 719 District Heating System Load Zhennan Qu, Zhixian Ma, Jili Zhang Prediction Using Extreme Learning Machine 755 Research on Heat and Meng Jia, Chunhua Sun, Shanshan Cao, Moisture Transfer Characteristics of Soil Chengying Qi in Unsaturated and Saturated Condition with Soil Stratification Under Vertical 282 A Real-time Application Borehole Ground Heat Exchanger Method of Optimal Control Based on Operation Simplified Model for a Practical Chiller Yao Wang, Songqing Wang Plant System Jiaming Wang, Tianyi Zhao, Meng Xu 31 Heating Method and Heat Recovery Potential Prediction of 743 The Influences of Outdoor Underground Railway Station Using Meteorological Parameters on Sub-load Waste Heat from Equipment Room

Technical Program: Technical of HVAC in Buildings Yongjin Chai, Shunian Zhao, Tingting Honglian Li, Jing Liu, Yao Hu, Ying Yu, Sun, Lu Jin Liu Yang 343 Parametric Study of an 123 Simulations on Pressure Earth-air Heat Exchanger for Heating Characteristics of Low-flowrate Water and Cooling a Memorial Circulating System Based on Porous Yujiao Zhao, Pengfei Tao, Gaihong Hao, Media Model Changfa Ji, Ruoyao Li Yu Xue, Wenxuan Zhao, Wei Ye, Chao Wu, Xu Zhang 95 Analysis of the Influencel of Atomization Characteristics on Heat 951 Study on Operation Strategy of Transfer Characteristics of Spray Cooling Cross-season Solar Thermal Storage Jun Bao, Yu Wang, Xinjie Xu, Xuetao Heating System in Alpine Region Zhou, Jinxiang Liu Haoran Li, Hanyu Yang, Enshen Long, Xin Liu, Yin Zhang 196 Working Fluid Selection and Thermodynamic Performance of the 221 Optimization Method of Steam Jet Large-temperature-drop Heat Reducing Return Water Temperature of Exchange System Primary Heating Circuit Chenghu Zhang, Yaping Li, Jianli Zhang Haiyan Wang, Yanling Wang, Fang Wang, Xin Xu, Shuai Gao 278 The Study on the Influence of the Containing Ice Ratio on the Flow and 484 An Association Rule-based Heat Transfer Characteristics of Ice online Data Analysis Method for Slurry in Coil Tubes Improving Building Energy Efficiency Changfa Ji, Chenyang Ji, Huan Zhang, Chaobo Zhang, Yang Zhao, Xuejun Liu Chen, Xinyuan Yu Zhang Session 43: Indoor Air Quality Session 42: Heat Exchangers 2 Room: Room 9 (337) Room: Room 8 (257) 16:00—18:00 Sunday 16:00—18:00 Sunday Chair: Jing Liu Chair: Changfa Ji 638 Study on Indoor Air Quality of 990 Experimental Study on the Residential Buildings in the Severe Cold Influence of Fouling Growth on the Flow Region of Northeast China in Winter 62

Kailiang Huang, Jiasen Song, Guohui Togawa Feng, Qunpeng Chang, Jun Wang, Wen Sun 136 Modeling and Performance Evaluation of a Novel Disk-type Liquid 787 Comparing Air Quality and Desiccant Air Dehumidifier with No Film Energy Consumption in Combined Flow Sunday Ventilation Purification Strategies in Yuan Wang, Yonggao Yin, Xiaosong Beijing China Zhang Wenjing Ji, Chen Chen, Bin Zhao 690 Experimental Study of 867 IAQ + DeST Joint Software and Electro-osmotic Effect in Composite Its Application Study Desiccant Ruimin Guo, Yiwen Jian, Xiaoxiao Liu, Shanshan Cai, Xu Luo, Xing Zhou, Xu Wang Wanyin Huang, Xu Li, Jiajun Ji

844 Indoor Air Quality in a Rare 505 Performance Analysis of a Book Library: Preservation vs. Health Heat Pump Driven Multi-function System Christopher O. Muller, Henry Yu of Liquid Desiccant Air Handling and Domestic Hot Water Supply 778 Analysis of Optimization Dandan Wang, Xiaofeng Niu, Wenlin Qiu, Strategy for University Building Energy Ruifeng Xia, Honglin Dong Consumption and Indoor Environment Quality 2637 Study on the Optimal Cooling

Xue Tan, Jun Guan, Zhiwei Zhang, Power for the Internally-cooled Ultrasonic Program: Technical Shuqin Chen, Qiang Guo, Jian Xu, Atomization Dehumidifier with Liquid Weihua Song Desiccant Ruiyang Tao, Zili Yang, Ke Zhong, 2592 Modeling Impacts of Dynamic Zhiwei Lian Ventilation Strategies on Indoor Air Quality and Energy 2191 Effect of Filler Surface Jiajia Zhou, Baoping Xu, Sibin Bai Conditions on Falling-film Plate Wettability Using LiCl-H2O 24 Design and Research on New Yue Lyv, Yonggao Yin Green Nomadic Tents for Tibetan Nomads in Western China 2562 Experimental Study on Xiang Zhao, Enshen Long Performance of Adsorption Chiller Using Mesoporous and Chloride Composites 516 Association between the Air with Mass Recovery Process Infiltration of Bedroom at Night and Ryusuke Hirata, Kexin Tang, Katsunori Characteristics of Residential Building in Nagano, Junya Togawa Shanghai Chen Huang, Qinhou Zhang, Zhanyuan 354 Comparison Investigation of Qing, Zhijun Zou, Chunxiao Su Aqueous Solutions of Lithium Bromide and Calcium Chloride Used in Internally 2282 Evaluating Distribution of Cooled Liquid Desiccant Airborne Bacterial in Commercial Airliner Dehumidification System Cabins in China Jun Liu, Xiaohua Liu, Tao Zhang Mingxin Liu, Junjie Liu, Lumeng Liu 18:30-20:30 Banquet and Art Performance Session 44: Absorption/Desiccant Room: Room 10 (434) 16:00—18:00 Sunday Chair: Xiaohua Liu

2561 Performance Evaluation and COP Improvement of Adsorption Heat Pump Using Natural Mesoporous Material by Heat Recovery Fang He, Katsunori Nagano, Junya 63

Co-chairs: Risto Kosonen and Haichao Monday, July 15 Wang

8:30—10:00 Plenary Session 3 W13-1 Model Predictive Control Room: Room 1 (Hall) Applications for Energy Smart Buildings

Monday Chairs: John Zhai and Richard de Dear Vojislav Novakovic Keynote 5: Katsunori Nagano Contribution of Heat Pumping W13-2 Protected Zone Ventilation Technologies for the Green Environment Solutions for Smart Hospital Buildings and Our Life Guangyu Cao Keynote 6: Rajan Rawal Thermal Comfort for All: Setting up a W13-3 New Features of Smart Stage Buildings towards Smart Grids--grid Friendly and Demand Response 10:00—10:30 Tea Break Chengchu Yan

10:30—12:30 Parallel Sessions W13-4 Research on Smart Heating Platform Based on Intelligent Algorithms Workshop 1: Adaptive Thermal Comfort and Dynamic Simulation for Low Energy Buildings (IEA-EBC Annex Zhigang Zhou 69) Room: Room 1 (Hall) W13-5 Modelling and Optimization of 10:30—12:30 Monday the CHP based Smart Heating Grid with Thermal Energy Storage under 4DH

Technical Program: Technical Co-chair: Bin Cao and Runa T. Hellwig Paradigm W01-1 The Use of Thermal Comfort Haichao Wang Categories to Evaluate Yearly Performance of Buildings W13-6 Room Systems as a Service Bjarne W. Olesen Platform for Smart Buildings Risto Kosonen W01-2 Going for Maximum Efficiency in Thermal Comfort Session 45: Outdoor Thermal Hui Zhang Environments Room: Room 4 (303) W01-3 Can Artificial Intelligence 10:30—12:30 Monday Predict Thermal Exposures in Buildings? Chair: Ryozo Ooka Jørn Toftum 299 Empirical Study on the W01-4 Research on Thermal Comfort Comprehensive Impact of Outdoor in Office Building based on Occupants’ Climate on Building Indoor Environment Discomfort Perception and Human Perception Chungyoon Chun XinyingFan, Bin Chen

W01-5 Applying the Adaptive Thermal 349 A Review on the Method of Comfort Concept for Lowering the Field Measurement at Fixed Points for Energy Use in Buildings Outdoor Thermal Environment Runa T. Hellwig Xiaoqing Zhou, Yaru Xu, LiLi

W01-6 Revisiting the Thermal 812 Effect of Urban Park Adaptive Features of Chinese People Landscape on Outdoor Temperature over Different Climate Zones in the Past Environment in Summer 20 Years Lili Zhang, Dong Wei, Yuyao Hou, Zu’an Bin Cao Liu, Jiawen Hou, Qiong Shen

Workshop 13: Smart Buildings: Technical 798 Experimental Investigation on Solutions and Benefits the Impact of Street Aspect Ratio and Room: Room 2 (224) Urban Thermal Storage on Thermal 10:30—12:30 Monday Environment at Scale Model

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Guanwen Chen, Jian Hang, Yuguo Li, Yumeng Liu, Bin Zhao Cho Kwong Charlie Lam, Cuiyun Ou, Peng Gao 3002 Effect of Indoor Particle Sources on Indoor PM2.5 Distribution in 379 Simulation of the Outdoor Passive House with Displacement

Thermal Environment of the Campus Ventilation Monday Based on CFD in Guangzhou Qingwen Xue, Zhaojun Wang Tianwei Tang, Zhaosong Fang, Zhimin Zheng 1000 Numerical Simulation of Different Ventilation Modes on the 288 Changing Trend of HVAC Concentration Distribution of Fine Outdoor Air Design Conditions over the Particulate Matter (PM2.5) in Human Past Half Century in China Respiratory Area Shangyu Wang, Honglian Li, Kailin Lv, Yongyi Huang, Qingqing Pei, Yajia He, Qimeng Cao, Liu Yang Song Xiong

946 The Field Survey on Local Heat 675 Capture of High-viscosity Island Effect of Precision Air Conditioning Particles: Utilizing Swirling Flow in the Mo Chen, Zhixian Ma, Mingsheng Liu Multi-layer Square Chamber Leqi Tong, Jun Gao 47 A Review of Strategies for Mitigating Outdoor Thermal Environment 200 Theoretical Model for Surface Dayi Lai, Wenyu Liu, Tingting Gan, Filtration Pressure Drop and Accurate Kuixing Liu, Qingyan Chen

Measurement Method of Dust Cake Program: Technical Porosity 633 Effect of Acclimatization and Wanyi Zhang, Shiming Deng, Zhongping Thermal History on Outdoor Thermal Lin Comfort in Hot-Humid Area of China Cho Kwong Charlie Lam, Shuhang Cui, 3018 Numerical and Experimental Jiarui Liu, Xiangrui Kong, Jian Hang Study of Particle Deposition on a Turbocharger Session 46: Particulate Matters 2 Qing Cao, Chao-Hsin Lin, Daniel Wei, Room: Room 5 (302) Qingyan Chen 10:30—12:30 Monday Chair: Tengfei Zhang 868 The Deposition and Desorption of PM2.5 in Porous Materials 671 Research on the Effect of Solid Yuan Wang, Shugang Wang, Jihong Particle Diameter on the Performance of Wang, Tengfei Zhang, Zhenjun Ma Solid-liquid Centrifugal Pump Kuanbing CaoZhu, Changfa Ji Session 47: Energy Consumption Analysis 293 Investigations for Reducing Room: Room 6 (409) Personal Exposure to PM2.5 from 10:30—12:30 Monday Residential Chinese Cooking Based on Chair: Vojislav Novakovic CFD Simulation Yuejing Zhao, Bin Zhao 913 Uncertainty Analysis of Urban Building Energy Based on 945 Measurement Study on Two-dimensional Monte Carlo Method Outdoor PM2.5 Affecting Occupants’ Xing Fu, Wei Tian, Yu Sun, Chuanqi Zhu, Window Opening Duration in Residential Baoquan Yin Buildings in Beijing China Xu Wang, Yiwen Jian, Ruimin Guo, 445 Energy Consumption Yuchen Hou Investigation and Analysis on Coach Stations in Tianjin 534 Estimation of Human Exposure Xuejing Zheng, Boxiao Xu, Leizhai Sun, and Environmental Burden of Disease Dehui Kong Caused by PM2.5 Pollution in Beijing China

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3004 The Factors Influencing Energy Consumption in Airport Terminals Based Session 48: Photovoltaic Applications in on the Operation Data from Nanning Buildings Airport Room: Room 7 (414) Xianliang Gu, Jiaping Liu, Jingchao Xie 10:30—12:30 Monday

Monday Chair: Tiantian Zhang 614 A study of 9 Existing Municipal Agencies in Shanghai: Analysis of 2250 An Improved Model for Optimal Building Energy Consumption Design of Building Integrated Characteristics and Energy Saving Photovoltaic Thermoelectric (BIPVTE) Suggestions for Operational Problems of Systems Main Energy Consumption Systems Xiaosong Su, Yongqiang Luo, Ling Guangwei Deng, Weifeng Zhu, Qingpeng Zhang, Zhongbing Liu, Yongwei Luo, Wei Jinbu Lian, Jing Wu, Zhenghong Wu

2598 Thermal Load Simulations for 309 Experimental Investigation on Nazarbayev University Sports Center in Thermal Performance of Solar Extreme Climate Conditions Photovoltaic System Integrated with Soo Lee Teh, Dinmukhamed Fins-enhanced Phase Change Materials Zhangaskanov, Nazira Kaishubayeva, Yong Li, Ningjing Zhao, Hao Li, Chen Amanbek Omirkhan, Aydarkhan Sarsen, Zhang, Yingzhen Hou, Jiale Hu, Wang Kassym Zhunis, Yong Zhao, Sai Cheong Song, Yanfeng Liu Fok

Technical Program: Technical 3015 Research on Thermoelectric 767 Study on Influence Factors of Coupling Model of Photovoltaic Wall Cooling and Heating Load and Based on Equivalent Circuit Model and Evaluation Index of Energy Consumption Its Thermal Characteristics in Inpatient Buildings Wenjie Zhang, Shengbing Ma, Ziqiang Liying Liu, Fali Ju, Yanrui Ding Huang, Bing Bai, Jianwei Zhou

681 China’s Building Energy 892 Experimental Study and Consumption under the Background of Techno-economic Analysis of Household New Urbanization Aggregate Analysis PVT Heat Pump Poly-generation System and Policy Support Recommendations Chao Zhou, Jili Zhang, Ahmad Riaz, Jinhan Liang, Wenjie Zhang, Jianwei Ruobing Liang Zhou, Xiufeng Tian, Ziqiang Huang 340 Performance Analysis of 34 Parametric Study of the Impact Indirect Natural Circulation PVT System of Venetian Blinds on Air Conditioning for Domestic Hot Water Energy-saving Potential for Residential Zhen Guo, Ruobing Liang, Jili Zhang, Buildings Ahmad Riaz Yutong Tan, Jinqing Peng, Dragan C. Curcija, Nianping Li, Taoning Wang, 581 Thermoelectric Performance of Robert Hart, Jacob Jonsson Micro Heat Tube Array Solar PV/T System Based on Parallel Flow Tube 492 Benchmarking Performance of with Tiny Porous Channels Air-conditioning Systems in Chinese Hub Heran Jing, Zhenhua Quan, Yaohua Airport Terminals Zhao, Ruixue Dong, Ruyang Ren, Zichu Xiaochen Liu, Lingshan Li, Lin Lin, Tao Liu Zhang, Xiaohua Liu 473 Battery Capacity Reduction for 977 The Impact of the Application Stand-alone PV Air Conditioner by Using of Personal Comfort Systems on the Curtailed Electricity to Store Chilled Cooling and Heating Load of Office Water as a Backup Buildings in Various Climate Zones of Liang Hu, Yanfeng Liu, Dengjia Wang, China Jiaping Liu Yi Ju, Hecheng Yang, Bin Cao, Yingxin Zhu, Yue Deng

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603 Energy Performance of a Reverse Cycle Defrosting Method for Building-integrated Photovoltaic/thermal Cascade Air Source Heat Pumps System for Rural Residential Buildings in Minglu Qu, Rao Zhang, Tongyao Zhang, Cold Regions of China Zhao Li, Jianbo Chen, Tianrui Li Tiantian Zhang, Meng Wang and

Hongxing Yang 172 Energy Efficiency Analysis of Monday Hybrid Heat Pump System based Air 861 New Progress and Thinking on Source Auxiliary Ground Source in Building Integrated PVT Heat Pump Chengdu Plain Technology Xiangyu Chen, Jun Wang, Chengjun Jing, Jili Zhang, Chao Zhou, Shixiang Lu, Hao Liang, Yunzhang li Ruobing Liang, Jianquan Chen 63 Study on Performance Test of 596 Experimental Investigation of Air Source Heat Pump’s Domestic Hot Dust Particle Deposition Reduction on Water System Based on Seasonal Solar Cell Covering Glass by Energy Efficiency Assessment Method Super-hydrophobic Coatings Yingde Yin, Xuyang Huang, Xiuzhen Li, Chengdi Lin, Sheji Liu, Dongsheng Zhu Anjian Pan, Hao Lu, Lizhi Zhang cal Program:

Session 49: Air Source Heat Pumps Room: Room 8 (257) Session 50: Gaseous Contaminants 2 10:30—12:30 Monday Room: Room 9 (337) Chair: Jiankai Dong 10:30—12:30 Monday

Chair: Jun Guan Techni 650 Evaluations and Optimizations on Practical Performance of the Heat 636 A Physical-Chemical Coupling Pump Integrated with Heat-source Tower Model for Characterizing the Reaction of in a Residential Area in Changsha China Ozone with Squalene in Indoor Fenglin Zhang, Nianping Li, Haijiao Cui, Environment Jikang Jia, Meng Wang and Meiyao Lu Meixia Zhang, Zhangcan He, Jianyin Xiong 519 The Influence of Ambient Air on Drying Performance of Multi-stage Heat 170 Characteristics of Indoor Pump Drying System Combined Pollution Induced by Ozone Xu Jin, Peng Xu, Baorui Wang, under Different Occupant Density Zhongyan Liu, Wenpeng Hong Condition Jun Wang, Tong Zhou, Hao Liang, Feng 944 Experimental Study on Xiong Influence of Outdoor Ambient Temperature on Heating Performance of 217 A One-dimensional VOC Two-stage Scroll Compression Air Emission Model of Moisture-dominated Source Heat Pump System Cure Adhesives or Sealant Yiling Wu, Lin Cao Junzhou He, Xudong Yang

858 Study on Bath Water Energy 698 Impact of Temperature on VOC Loss of Campus Dormitory Air Source Emissions from a Medium Density Heat Pump Water Heater Fiberboard Liugen Lv, Tao Jia, Wenlian Zhang, Mengqiang Lv, Xudong Yang Qianqian Jia, Jin Lv, Zhenzhen Jia 993 A Multi-scale Fractal Model for 909 An Extension Theory based Predicting the VOC Diffusion Coefficient Fault Diagnosis Method for an Air Source of Fabric Heat Pump Ruixue Ma, Xiaojun Zhou, Fenghao Yudong Xia, Qiang Ding, Shu Jiangzhou, Wang, Xinke Wang, Zhihua Wang Yin Liu, Xuejun Zhang 634 A Survey of Exposure to 25 An Experimental Study on the Formaldehyde and TVOCs in High-rise Energy Use During a TES-based Residential Buildings 67

Yuesheng Fan, Xin Zhang, Huan Wang, Jiajing Liu, Shanshan Peng Workshop 6: Research and Development Advances in Evaporative Cooling 592 Analysis of Indoor Room: Room 2 (224) Formaldehyde Pollution in Mechanical 13:30—15:30 Monday

Monday Fresh Air System Residential Buildings in Co-chairs: Xudong Zhao and Xiang Huang Liaoning Area in Winter Kailiang Huang, Wen Sun, Guohui Feng, W06-1 Development of the Building Jiasen Song, Jun Wang Occupant Transient Agent-based Model (BOT-ABM): Current Status and Future 586 Measuring the Diffusion Steps Coefficient and Partition Coefficient of Valeriy Maisotsenko SVOCs from Sink Material in Ventilated Chamber W06-2 Sustainable Air Conditioning Tao Yang, Haimei Wang, Zhangcan He, for the Future Jianyin Xiong Kim Choon NG

627 A Porous Media Based Method W06-3 Combination of Dessicant to Generate Stable and Constant System with Heat Rejection with Different Gaseous Concentrations of Semi-volatile Maisotsenko Cycle Air Coolers Organic Compounds Demis Pandelidis Zhuo Chen, Jinhan Mo W06-4 Current Status of Liquid Desiccant-assisted Air-conditioning

Technical Program: Technical 12:30—13:30 Lunch Systems in Korea 13:30—15:30 Parallel Sessions Jae-Weon Jeong

Workshop 15: Progress in W06-5 Performance Analysis of a Demand-oriented Non-uniform Air Super Performance Dew Point Cooler Distributions Based on Data Mining Methods Room: Room 1 (Hall) Yousef Golizadeh Akhlaghi 13:30—15:30 Monday Co-chair: Zhang Lin and Xianting Li W06-6 Heat and Mass Transfer Investigation of Polymer Hollow Fiber W15-1 Implementing Integrated Liquid Desiccant Dehumidifier Demand-oriented Ventilation with Xiangjie Chen Adjustable Fan Network Xianting Li W06-7 Application of Evaporative Cooling Technology in Engineering W15-2 Providing a Demand-oriented Design Non-uniform Indoor Thermal Xiang Huang Environment Using Different Air Distributions W06-8 A Super-performance Dew Xiaoliang Shao Point Cooling System Xudong Zhao W15-3 Airborne Transmission in Non-uniform Indoor Environments Session 51: Thermal Comfort for Elders Zhengtao Ai and under Sleep Conditions Room: Room 4 (303) W15-4 Optimization of Subzone 13:30—15:30 Monday Control Optimization of Air Distributions Chair: Zhiwei Lian under Varying Cooling Load for Both Thermal Comfort and Energy Efficiency 310 Effect of Two Heating Methods Sheng Zhang on Sleep Quality in the Elderly Lulu Xia, Li Lan, Jieyu Tang W15-5 Insights on Non-uniform Indoor Thermal Environment 573 A Field Study on Thermal Zhang Lin Comfort of the Elders in Residential Buildings in Beijing 68

Zihan Wang, Bin Cao, Yingxin Zhu Residential Buildings -- A Case Study of Chongqing in China 481 Investigation on Summer Xue Huang, Xiaoping Yu, Xiaolin Wu, Indoor Environmental Conditions of Guobing Shi Urban and Rural Elderly Housing in

Guangzhou 318 A Performance Comparison of Monday Bixia Xu, Qiong Li, Hiroshi Yoshino, U. Three Ventilation Modes in an Office with Yanagi, Kenichi Hasegawa, Peijie Tang Internal partitions Chao Huan, Fenghao Wang, Shuaishuai 226 Adaptive Behaviours of Gao, Lang Liu, Changfa Ji, Bo Zhang Thermal Environment Based on Thermal Comfort for the Elderly People 950 The Study on Ventilation Xiaoping Yu, Guobing Shi, Xiaolin Wu, Characteristics of High Drop Spiral Xue Huang Tunnel during Operation Period Shoubao He, Yan Wu, Yu Guo, Jianbin 646 Filed Study on Human Thermal Zang Comfort for the Elderly in Xi’an China Wuxing Zheng, Dong Che, Fangle Zhou, 3008 Simulation and Analysis on Xin Chen Thermal Comfort of Air Conditioned Room with Different Air Supply 365 Age-related Rhermal Comfort Temperature and Velocity in a Science Museum with Hot-Humid Kezhi Yu, Yin Li, Zhaoyang Cao, Yanling Climate in Summer Liu

Pengnan Li, Ye Liu, Jianfei Dong Program: Technical 163 Study on the Thermal 525 Investigation on the Sleep Stratification in an Industrial Building with Quality and Fatigue of the Elderly in Buoyancy-driven Natural Ventilation Guangzhou Xiaojing Meng, Yi Wang, Yukun Wang Peijie Tang, Qiong Li, Hiroshi Yoshino, U. Yanagi, Kenichi Hasegawa, Bixia Xu 440 Simulation Study on Ventilation System in High Temperature 337 Thermal Environment and Accumulation Area of Power Cabin in Thermal Sensation Model of the Elderly Underground Comprehensive in Hunan Province in Winter Hongwei Wang, Pengfei Dai, Wenhua Xuemiao Fang , Nianping Li, Zhaoxin Che Wei，Xiaohang Shen, Haijiao Cui 642 Research on the Inter-zonal 704 Associations of Indoor CO2 Heat Transfer Coefficient in Thermally Concentration with Sleep Quality and Stratified Environment of Floor-level Other Human Responses Air-supply System Guanzhang Luo, Xiaojing Zhang, Xinqi Yang, Haidong Wang, Yuantao Jingchao Xie, Dandan Li Xue

983 Comprehensive Effects of 728 Study on the Angle of Flame Temperature Relative Humidity and Tilt under Longitudinal Ventilation in Illumination on Sleep Quality Tunnel Ting Cao, Zhiwei Lian, Ryota Miyazaki, Xianlai Fan, Yanfeng Li, Junmei Li, Yang Jianke Bao Tian, Shouchong Zhao, Sinan Tian

Session 52: Ventilation and Thermal 2616 Performance Evaluation of Air Environment 2 Conditioning System Assisted by a Room: Room 5 (302) Ceiling Fan in the Office Area 13:30—15:30 Monday Fu-Jen Wang, Bowo Yuli Prasetyo, Chair: Shijie Cao Man-Yi Lin, Lin-Lan Chang

425 Study on Ventilation Rate of 372 CFD Simulations on Elevator Shaft Installed in Existing Temperature Control for an Organic

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Glass Sphere with High-Heat-Flux Sources 906 Research on Electricity Wenxuan Zhao, Wei Ye, Chao Wu, Xu Consumption Characteristics of Zhang Centralized Air Conditioning Units for Data Restoration of Building Energy

Monday Session 53: Energy Data and Analysis Consumption Monitoring Platform Room: Room 6 (409) Tergel, Tianyi Zhao, Liangdong Ma, 13:30—15:30 Monday Mingsheng Liu Chair: Guangyu Cao 784 Air-conditioner Usage Patterns 434 Performance of Repeated in Teaching Buildings of Universities by Cross Validation for Machine Learning Data Mining Approach Models in Building Energy Analysis Xinyue Li, Shuqin Chen, Jiahe Li, Xiangfei Li, Baoquan Yin, Wei Tian, Yu Hongliang Li Sun Session 54: Solar Radiation and 582 Research of Building Heat Utilization Inertia Cycle Based on Data Mining Room: Room 7 (414) Chunhua Sun, Jia Zhu, Fengyun Jin, Jiali 13:30—15:30 Monday Chen, Haoyu Feng Chair: Hongxing Yang

489 Data Association Mining for 106 Generalized Models for Identifying Cooling Energy Waste Estimation of Diffuse Solar Radiation

Technical Program: Technical Patterns and Corresponding Improving Based on Clearness Index Suggestion Zhe Song, Zhigang Ren, Qinli Deng Yucong Xue, Yang Geng, Jiajie Hong, Kang Zhao, Yidong Qian 975 Study on the Degree and Mechanism of Solar Shading Impacts 232 Principal Factors Affecting the from Rooftop Structures in the Solar Accuracy of Real-time Power Monitoring Collector Layout Area Data in Large Public Buildings Luting Xu, Enshen Long, Xuefei Xiao, Jialin Wu, ZhulingZheng, Zhiwei Lian, and Ziyun Wang Dayi Lai 307 Numerical Study on Flow and 666 A New Correcting Algorithm for Thermal Characteristics in Flow Channel Thermal Response Test Data Evaluation of Transpired Solar Collector Xuedan Zhang, Tiantian Zhang, Yiqiang Qian Gao, Dengjia Wang, Yanfeng Liu, Jiang, Bingxi Li Yingying Wang, Yuan Liu, Jiaping Liu

896 Repair Method of Chiller Power 657 Numerical Study on Thermal Consumption Monitoring Data Based on Efficiency of Large-scale Flat Plate Solar Multiple Linear Regression Model Collectors Zhuyue Chai, Tianyi Zhao, Liangdong Dengjia Wang, Yuchao Ren, Yingya Ma, Jili Zhang, Mingsheng Liu Chen, Yanfeng Liu

926 Research on Energy 463 Performance Analysis and Consumption Data Characteristics of Comparison of a Combined Solar Office Building VRV Air Conditioning Chimney Outdoor Unit Based on Energy Xiaohang Yuan, Huifang Liu, Jinxiang Liu, Consumption Monitoring Platform Chen Jin, Xiaolei Yuan Liangdong Ma, Fengmei Lu, Jili Zhang, Yiying Xu 105 Effect of Inlet Air Turbulence on the Cooling Performance of Solar 934 Evaluation Methods and Index Enhanced Dry Cooling Towers System for Data Quality of Public Rui Wang, Suoying He, Ming Gao, Building Energy Consumption Monitoring Yuetao Shi, Fengzhong Sun Platforms Huiyu Yan, Liangdong Ma, Jili Zhang

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982 Experimental Study on Albedo 2564 Novel Measurement of Solar Radiation in Different Underlying Methodology Separating Overall Mass Surface in Western Sichuan Plateau Transfer and Diffusivity Qiancheng Shan, Enshen Long, Yin Sung-Hoon SEOL, Katsunori Nagano, Zhang, Fei Gao, Ziyun Wang Junya Togawa

Monday 444 Research on Suitability of Solar Session 56: Indoor Air Quality in Special Energy Utilization in Public Institutions Spaces across the Country Room: Room 9 (337) Shui Yu, Lu Bai, Guohui Feng 13:30—15:30 Monday Chair: Chi-Ming Lai 722 Evaluation of Three Analytical Solar Chimney Models with Field Data 412 The Influence of Human Shiyi Hong, Qian Wu, Wenqing Ge, Da Activities on Air Flow and Pollutants Lv, Zhengguang Li, Guoqing He Distribution in the Waiting Area in a General Hospital Session 55: Heat Exchangers 3 Min Chen, Yintao Yin and Jishun Zhang Room: Room 8 (257) 13:30—15:30 Monday 70 Attenuation Curve Analysis of Chair: Xiangli Li Airborne BTEX Concentration in Vehicles Daocong Qin, Jie Hu, Bing Guo, Xiaokai 411 Energy Economic and Chen Environmental Analysis of Flue Gas Heat

Recovery for Coal Fired Heat Only 409 Measurement and Analysis of Program: Technical Boilers the Concentration and Size Distribution Yang Han, Haichao Wang, Lin Duanmu, of Welding Fume in a Confined Space of Xiangli Li, Illka Haavisto Nuclear Island Chengjun Li, Hanqing Wang, Wang Li, 556 Theoretical and Experimental Yongjun Ye, Minqiang Wang Analysis of a New Evaporative Condenser 2208 Study on the Law of Diffusion Yaxiu Gu, Yang Zou, Song Pan, Junwei of Sudden Pollutants in Subway Wang, Guangdong Liu Ventilation Shaft Jingwei Wu, Yan Wu, Xinyi Lu, Jianbin 942 Single-Phase Heat Transfer Zang and Pressure Drop of Developing Flow at a Constant Heating Flux inside 38 Evaluation on the Performance Horizontal Helical Finned Tubes of the Ventilation and Dust Removal Zhixian Maa, Nan Zhao, Anping Zhou, Jili System in the Welding Plant Zhang Xinyue Mao, Bin Zhou, Lan Zhu, Min Hou, Huifang Liu, Kun Liu 936 Field Test Analysis of a Novel Continuous Running Dual-channels 737 Experimental Study on Particle Condensation Gasoline Vapor Recovery Distribution under Stratified System Air-conditioning in Large Space Building Mengmeng Wu, Lin Cao Fei Wang, Zhenhai Li, Xin Wang, Qidong Li, Chen Huang 538 Study on Moisture Transfer Characteristics of Corn during Drying 419 Characteristics of Pollutant Process at Low Air Temperature Dispersion for a Fleet of Vehicles Xu Jin, Chen Wang, Qingyue Bi, Movement inside Road Tunnel Using Zhongyan Liu, Wenpeng Hong Dynamic Mesh Xiaocheng Song, Yu Zhao, Chenglong 948 Study on the Condensation Jiang Flow Patterns in Cross Flow Indirective Evaporative Cooler 146 Displacement Ventilation for Yunran Min, Yi Chen, Hongxing Yang Machining Plants with High Oil Mist Concentration 71

Guanqiong Wei, Dayi Lai, Qingyan Chen 16:00—17:00 Plenary Session 4 Room: Room 1 (Hall) 903 Optimization Design on Chairs: Jianlei Niu and Hiroshi Yoshino Ventilation Openings of Super Large Keynote 7: Vladimir G. Gagarin Circular Coal Storage Dome Structure and Development of the

Monday Yu Zhou, Chao Chen, Yaohua Hou, System of Regulatory Documents in Chao Sun, Hexiang Nie, Shen Wei Russia on the Thermal Performance and Energy Saving of Buildings 427 Learning Effect of Cognitive Keynote 8: Zhaojun Wang Tests Commonly Used in Studies on Thermal Comfort and Thermal Adaptation Indoor Environmental Quality in the Severe Cold Area, China Meihui Tao, Weiwei Liu 17:00—17:30 Closing Ceremony 15:30—16:00 Tea Break 18:00—20:00 Dinner

Technical Program: Technical

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Detailed Social Program

Technical Visit to Heilongjiang Key Laboratory for Cold Region Architectural Science

13:30—15:30, 16:30—18:00 on July 13 (Saturday) 13:30—15:30 on July 14 (Sunday)

The Heilongjiang Cold Region Architectural Science Key Laboratory which is attached to School of Architecture in Harbin Institute of Technology (HIT) was founded on April, 2010. The key laboratory covers more than 12,400 square meters and locates on the second campus of HIT. The lab has developed many scientific researches, personnel trainings and technical services to be an international first-class research and technical inspection institution in cold region. There are 5 sub laboratories: (1) Laboratory of Building Environment & Energy Conservation (2) Building Acoustic Laboratory (3) Architecture Lighting Laboratory (4) Laboratory of Architectural Survey (5) Laboratory of Building Environment Behavior and Psychology

a) Heilongjiang Key Laboratory for Cold Region Architectural Science

b) Environment Experimental c) Artificial Sky d) Audiometric Room Chamber

Various building equipments related to cold regions were used in the Heilongjiang Key Laboratory for Cold Region Architectural Science. We would like to welcome you to the Key Laboratory and show you these equipments and building technologies used.

Note: 1. Please sign up for technical visit for general participants at the Registration Desk. 2. Shuttle buses will take you to the Key Laboratory and back to School of Architecture in Technical Visits 1 and 2. Please gather 10 minutes prior to the departure time near the registration desk on the first floor of the School of Architecture. We will leave from the lobby on the first floor of the Key Laboratory. 3. For Technical Visit for Chairs, shuttle buses will take you to the visiting place. Please gather at about 16:20 on July 13 (Saturday) in the lobby on the first floor of the School of Architecture. After Chair Dinner, please gather and get on shuttle buses in front of the Key Laboratory at 20:30. Shuttle buses will take you back to Sinoway Hotel (华融饭店). 73

Tour Information

The Chinese Eastern Railway connecting Harbin and Russia transformed the city of Harbin into the beating heart of commerce and industry in northeast region of China in the early 20th century. So Harbin is famous for its exoticism. And this city is always famous for its severe cold climate. Ice and Snow Sculpture Festival in winter attracts many tourists all around the world. In summer, it is also an appealing attraction owing to its architectural grandeur. There are a few local scenic spots in Harbin urban area for summer tourism.

The Central Street The Central Street was originally built in 1898. The street is paved with about 870,000 “bread stones.” These stones are similar to Russian bread in shape and size. With a total length of 1450 meters, there are 71 European style buildings with Renaissance, Baroque, Eclecticism and Modern style. These buildings make the Central Street an art gallery of western architecture.

The Saint Sophia Cathedral The Saint Sophia Cathedral was an Orthodox Church, originally built in 1907. It is 53.3 meters (175 feet) high and occupies an area of 721 square meters (7761 square feet). Its huge green onion dome looks like a burning candle, which is a feature of Russian Orthodox Church.

The Sun Island The Sun Island lies on the north bank of Songhua River, covering an area of 38 square kilometers (14.7 square miles). It is a riverside ecological zone in China. With birch woods, various beautiful flowers and lovely squirrels, the Sun Island is a preferred summer resort for local residents.

Binzhou Railway Bridge It is the earliest railway bridge over the Songhua River and the first cross-river bridge in Harbin, built in 1901. In 2016, the bridge was renovated as a sightseeing bridge. The bridge is now partly paved with transparent tempered glass. Through the glass, steel beams of previous railway and the Songhua River can be seen directly.

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Index of Chairs and Presenters

Chair Index

C I Bin Cao ………….. Mo Workshop 1 Kazuhide Ito ………….. Sa Session 11 Guangyu Cao ………….. Mo Session 53 Shijie Cao ………….. Mo Session 52 J Qingyan Chen ………….. Sa Keynote 2 Changfa Ji ………….. Su Session 42 Su Workshop 3 Zhenqian Chen ………….. Sa Session 6 Zhuolun Chen ………….. Su Session 29 K Chungyoon ………….. Su Session 24 Risto Kosonen ………….. Mo Workshop 13 Chun L Ping Cui ………….. Su Session 37 Chi-Ming Lai ………….. Mo Session 56

Dayi Lai ………….. Sa Session 4 D Nianping Li ………….. Sa Session 1 Richard de ………….. Sa Workshop 2 Dear Mo Keynote 6 Xiangli Li ………….. Mo Session 55 Jiankai Dong ………….. Mo Session 49 Xianting Li ………….. Su Session 39 Mo Workshop 15 Yuguo Li ………….. Sa Keynote 1 F Workshop 4 Yuesheng Fan ………….. Sa Session 16 Zhengrong Li ………….. Sa Session 9 Guohui Feng ………….. Su Session 34 Zhiwei Lian ………….. Mo Session 51 Zhang Lin ………….. Mo Workshop 15 G Jing Liu ………….. Su Session 43 Vladimir G. ………….. Su Workshop 7 Junjie Liu ………….. Su Session 32 Gagarin Mingsheng Liu ………….. Sa Session 7 Jun Gao ………….. Sa Session 15 Wei Liu ………….. Sa Session 13 Naiping Gao ………….. Sa Session 12 Xiaohua Liu ………….. Su Session 44 Jun Guan ………….. Mo Session 50 Yanhua Liu ………….. Sa Session 2

Zhiwen Luo ………….. Sa Session 17 H

Mengjie Han ………….. Su Session 26 M Runa T. Hellwig ………….. Mo Workshop 1 Zhixian Ma ………….. Su Session 35 Songtao Hu ………….. Sa Session 3 Jinhan Mo ………….. Su Workshop 10 Xiang Huang ………….. Mo Workshop 6

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N Xinke Wang ………….. Su Session 25 Long Ni ………….. Sa Session 21 Zhaojun Wang ………….. Su Poster Jianlei Niu ………….. Mo Keynote 7 Vojislav ………….. Mo Session 47 X Novakovic Wei Xu ………….. Sa Asia HVAC Alliance O Meeting

Ryozo Ooka ………….. Mo Session 45 Y

Da Yan ………….. Sa Workshop 11 P Hongxing Yang ………….. Mo Session 54 Yiqun Pan ………….. Sa Session 5 Yonggao Yin ………….. Sa Session 14 Jinqing Peng ………….. Su Session 40 Hiroshi Yoshino ………….. Su Workshop 5 Mo Keynote 8 Q Hang Yu ………….. Su Session 38 Hua Qian ………….. Sa Session 22 Yanping Yuan ………….. Sa Session 19 Menghao Qin ………….. Su Session 28 Z S John Zhai ………….. Su Workshop 8 Mo Keynote 5 Sasan ………….. Sa Session 8 Chenghu ………….. Su Session 30 Sadrizadeh Zhang Mats Sandberg ………….. Sa Session 23 Hui Zhang ………….. Su Keynote 4 Chao Shen ………….. Su Workshop 14 Quan Zhang ………….. Sa Workshop 9 Brett Singer ………….. Su Workshop 10 Tengfei Zhang ………….. Mo Session 46 Tiantian Zhang ………….. Mo Session 48 T Weirong Zhang ………….. Su Session 27 Jørn Toftum ………….. Su Keynote 3 Xingxing Zhang ………….. Sa Workshop 11 Xu Zhang ………….. Su Workshop 14 W Yinping Zhang ………….. Su Session 33 Andreas ………….. Su Workshop 12 Yufeng Zhang ………….. Sa Workshop 2 Wagner Fang Wang ………….. Sa Session 10 Xudong Zhao ………….. Mo Workshop 6 Fu-Jen Wang ………….. Su Session 31 Yang Zhao ………….. Su Session 41 Fulin Wang ………….. Sa Session 20 Xiang Zhou ………….. Su Workshop 12 Haichao Wang ………….. Mo Workshop 13 Yingxin Zhu ………… Sa Asia HVAC Alliance Liangzhu Wang ………….. Su Session 36 Meeting Lina Wang ………….. Sa Session 18

76

Presenter Index

A Xiangjie Chen ……….. Mo Workshop 6 Alireza Afshari ……….. Su Workshop 10 Xiangyun Chen ……….. Su Session 37 Zhengtao Ai ……….. Sa Workshop 4 Xiaowei Chen ……….. Sa Session 3 Mo Workshop 15 Yi Chen ……….. Su Poster Yousef Golizadeh ……….. Mo Workshop 6 Zhuo Chen ……….. Mo Session 50 Akhlaghi Masab Khalid ……….. Su Session 26 Zhuolun Chen ……….. Su Workshop 8 Annaqeeb Session 29 Ziguang Chen ……….. Sa Session 8 Su Poster B Zuo Cheng ……….. Sa Session 7 Bill Bahnfleth ……….. Sa Keynote 2 Joon-Ho Choi ……….. Sa Workshop 2 Lu Bai ……….. Sa Session 19 Session 17 Subei Bu ……….. Sa Session 22 Chungyoon Chun ……….. Mo Workshop 1 Cristiana V. ……….. Sa Session 1 C Croitoru Shanshan Cai ……….. Sa Session 19 Ping Cui ……….. Sa Session 21 Su Session 44 Su Session 37 Xiaoxu Cai ……….. Sa Session 6 Xin Cui ……….. Sa Session 20 Zhenbing Cai ……….. Sa Session 7 Bin Cao ……….. Mo Workshop 1 D Guangyu Cao ……….. Mo Workshop 13 Guangwei Deng ……….. Su Session 41 Mo Session 47 Huizhe Cao ……….. Sa Session 2 Mengsi Deng ……….. Su Session 25 Qing Cao ……….. Mo Session 46 Xiang Deng ……….. Su Session 38 Shijie Cao ……….. Sa Session 4 Xiaofang Deng ……….. Su Session 40 Su Session 32 Zhixiang Cao ……….. Su Session 39 Yue Deng ……….. Su Session 31 Hobyung Chae ……….. Su Session 30 Yu Dong ……….. Su Session 24 Qian Chai ……….. Su Session 38 Chenqiu Du ……….. Su Session 24 Bin Chang ……….. Sa Session 20 Jakub Dziedzic ……….. Sa Session 13 Su Poster Bin Chen ……….. Sa Session 3 E Su Session 24 Korkina Elena ……….. Su Workshop 7 Bowen Chen ……….. Sa Session 14 Chao Chen ……….. Mo Session 56 F Chen Chen ……….. Sa Session 16 Lijia Fan ……….. Sa Session 16 Sa Session 18 Siyuan Fan ……….. Su Session 33 Guanwen Chen ……….. Mo Session 45 Xianlai Fan ……….. Mo Session 52 Guojie Chen ……….. Sa Session 22 XinyingFan ……….. Mo Session 45 Su Session 25 Jiali Chen ……….. Su Session 41 Yuesheng Fan ……….. Mo Session 50 Min Chen ……….. Mo Session 56 Jiamin Fang ……….. Su Poster Qingyan Chen ……….. Su Workshop 3 Xuemiao Fang ……….. Mo Session 51 Qiwei Chen ……….. Su Session 25 Zhaosong Fang ……….. Su Poster Su Session 38 Shuqin Chen ……….. Su Workshop 5 Guohui Feng ……….. Su Session 34 Mo Session 53 Lu Feng ……….. Sa Session 4 Taotao Chen ……….. Sa Session 14 Xu Feng ……….. Sa Session 14

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Zhuangbo Feng ……….. Sa Session 16 Wentao Hu ……….. Su Session 40 Qi Fu ……….. Su Session 27 Xiaoxue Hu ……….. Su Session 29 Yukun Fu ……….. Su Poster Chao Huan ……….. Sa Session 5 Kazuhiro Fukuyo ……….. Su Workshop 5 Mo Session 52 Chenyu Huang ……….. Sa Session 13 G Junchao Huang ……….. Su Session 34 Vladimir G. ……….. Su Workshop 7 Kailiang Huang ……….. Su Session 33 Gagarin Mo Keynote 7 Session 43 Jun Gao ……….. Sa Session 15 Xiang Huang ……….. Sa Session 20 Mo Workshop 6 ……….. Mo Session 46 Yixiang Huang ……….. Sa Session 11 Naiping Gao ……….. Sa Session 23 Yongyi Huang ……….. Mo Session 46 Su Session 39 Peng Gao ……….. Su Poster Zhipeng Huang ……….. Sa Session 12 Qian Gao ……….. Mo Session 54 Qiannan Huo ……….. Sa Session 18 Ran Gao ……….. Sa Session 18 Siru Gao ……….. Su Session 24 I Yuefen Gao ……….. Su Session 29 Shubin Igor ……….. Su Workshop 7 Session 33 Sorokina Irina ……….. Su Workshop 7 Xianliang Gu ……….. Mo Session 47 Kazuhide Ito ……….. Su Workshop 3 Yaxiu Gu ……….. Mo Session 55 Atsushi Iwamae ……….. Su Workshop 5 Hongyu Guan ……….. Sa Session 3 Jun Guan ……….. Su Session 41 J Session 43 Jae-Weon Jeong ……….. Mo Workshop 6 Chenxi Gui ……….. Sa Session 13 Changfa Ji ……….. Sa Session 15 Jiamin Guo ……….. Sa Session 22 Su Session 42 Jiwei Guo ……….. Sa Session 6 Mo Session 46 Mingming Guo ……….. Sa Session 20 Wenjing Ji ……….. Su Session 43 Yongxin Guo ……….. Sa Session 7 Yuchen Ji ……….. Su Session 38 Sa Session 14 Meng Jia ……….. Su Session 41 Su Session 37 Yunfei Jia ……….. Sa Session 2 Yiwen Jian ……….. Sa Session 2 H Su Session 32 Jieun Han ……….. Sa Session 17 Su Session 43 Mengjie Han ……….. Sa Workshop 11 Mo Session 46 Sihang Jiang ……….. Su Session 26 Jian Hang ……….. Sa Session 23 Yi Jiang ……….. Sa Keynote 1 Xiaoli Hao ……….. Sa Session 12 Xiongsi Jin ……….. Sa Session 22 Yijia Hao ……….. Sa Session 11 Heran Jing ……….. Mo Session 48 Fang He ……….. Su Session 44 David Johnston ……….. Su Session 34 Guoqing He ……….. Mo Session 54 Yuchen Ju ……….. Su Session 29 Junzhou He ……….. Mo Session 50

Na He ……….. Sa Session 5 K Shiwei He ……….. Sa Session 19 Alan Kabanshi ……….. Su Workshop 3 Shoubao He ……….. Mo Session 52 Minjung Kim ……….. Su Session 24 Runa T. Hellwig ……….. Mo Workshop 1 Sung Jin Kim ……….. Sa Workshop 9 Danlin Hou ……….. Sa Session 12 Lushin Kirill ……….. Su Workshop 7 Jinhua Hu ……….. Sa Session 22 Zubarev Kirill ……….. Su Workshop 7 Liang Hu ……….. Mo Session 48 Risto Kosonen ……….. Su Workshop 14 Rong Hu ……….. Sa Session 12 Mo Workshop 13

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Tetsu Kubota ……….. Su Workshop 5 Nan Liang ……….. Sa Session 19 Ruobing Liang ……….. Mo Session 48 L Weihui Liang ……….. Su Session 25 Chi-Ming Lai ……….. Su Session 32 Jiyou Lin ……….. Su Session 35 Dayi Lai ……….. Su Poster Man-Yi Lin ……….. Su Poster Mo Session 45 Zhang Lin ……….. Mo Workshop 15 Cho Kwong ……….. Su Session 36 Huifang Liu ……….. Mo Session 54 Charlie Lam Mo Session 45 Li Lan ……….. Sa Session 3 Jialu Liu ……….. Su Session 31 Mo Session 51 Jianlin Liu ……….. Sa Session 23 Kevin Lau ……….. Sa Workshop 2 Jiasen Liu ……….. Sa Session 6 Chengjun Li ……….. Mo Session 56 Jing Liu ……….. Su Session 41 Cuimin Li ……….. Su Session 40 Jiying Liu ……….. Sa Session 9 Dandan Li ……….. Sa Session 22 Junjie Liu ……….. Su Workshop 10 Fei Li ……….. Sa Session 11 Liying Liu ……….. Mo Session 47 Guo Li ……….. Su Session 30 Mengyuan Liu ……….. Su Session 33 Huanyu Li ……….. Su Session 35 Mingxin Liu ……….. Su Session 43 Huixing Li ……….. Sa Session 5 Qianni Liu ……….. Su Session 31 Sa Session 8 Tang Liu ……….. Su Session 33 Sa Session 13 Tianjie Liu ……….. Su Session 29 Su Session 33 Jiajie Li ……….. Su Session 27 Wei Liu ……….. Su Workshop 3 Jiangbo Li ……….. Sa Session 14 Weiwei Liu ……….. Sa Session 17 Sa Session 20 Mo Session 56 Jing Li ……….. Sa Session 22 Xiaochen Liu ……….. Mo Session 47 Juan Li ……….. Su Session 27 Xiaohua Liu ……….. Su Session 44 Mo Session 49 Xiaoping Liu ……….. Su Session 32 Mingyuan Li ……….. Su Session 29 YaLin Liu ……….. Su Session 32 Nianping Li ……….. Sa Session 1 Yang Liu ……….. Su Session 40 Pengcheng Li ……….. Su Poster Yanhua Liu ……….. Sa Session 2 Pengnan Li ……….. Mo Session 51 Su Poster Qingliang Li ……….. Sa Session 10 Ying Liu ……….. Sa Session 19 Qiong Li ……….. Su Workshop 5 Yingfang Liu ……….. Su Session 28 Shicheng Li ……….. Su Poster Yuan Liu ……….. Su Session 39 Shuzheng Li ……….. Sa Session 16 Yumeng Liu ……….. Sa Session 8, Mo Session 46 Tao Li ……….. Sa Session 20 Yunhan Liu ……….. Sa Session 10 Weilin Li ……….. Sa Session 5 Yunliang Liu ……….. Su Session 26 Xianting Li ……….. Mo Workshop 15 Zhiyong Liu ……….. Sa Session 7 Su Session 28 Enshen Long ……….. Sa Session 4 Xiaoxia Li ……….. Sa Session 6 Sa Session 12 Yilin Li ……….. Su Session 39 Mo Session 54 Yong Li ……….. Mo Session 48 Jie Lu ……….. Su Session 26 Yuguo Li ……….. Sa Workshop 4 Meiyao Lu ……….. Sa Session 9 Yutong Li ……….. Su Session 34 Shunyao Lu ……….. Sa Session 9 Zhao Li ……….. Sa Session 7 Xinyi Lu ……….. Mo Session 56 Zhiwei Lian ……….. Sa Workshop 2 Guanzhang Luo ……….. Mo Session 51 Mo Session 51 Jiaen Luo ……….. Su Session 30 Mo Session 53 Yiwen Luo ……….. Sa Session 17 Jingyi Liang ……….. Sa Session 20 Yongqiang Luo ……….. Mo Session 48

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Zhiwen Luo ……….. Su Session28 Su Workshop 12 Lipeng Lv ……….. Sa Session 15 Mo Workshop 1 Liugen Lv ……….. Mo Session 49 Ryozo Ooka ……….. Su Workshop 3 Mengqiang Lv ……….. Su Session 25 Mo Session 50 P Xiaoshu Lv ……….. Sa Workshop 9 Anjian Pan ……….. Mo Session 48 Yang Lv ……….. Sa Session 8 Song Pan ……….. Su Session 31 Chao Lyu ……….. Sa Session 21 Yiqun Pan ……….. Sa Workshop 11 Yue Lyu ……….. Su Session 44 Demis Pandelidis ……….. Mo Workshop 6 Haiying Peng ……….. Sa Session 13 M Pei Peng ……….. Sa Session 9 Liangdong Ma ……….. Su Session 35 Xu Peng ……….. Mo Session 49 Su Session 42 Mo Session 53 Bowo Yuli ……….. Mo Session 52 Mingquan Ma ……….. Sa Session 13 Prasetyo

Ruixue Ma ……….. Mo Session 50 Q Yixin Ma ……….. Sa Session 23 Dahai Qi ……….. Su Session 36 Zhixian Ma ……….. Sa Session 14 Sa Session 21 Yue Qi ……….. Su Session 28 Su Session 42 Hua Qian ……….. Sa Workshop 4 Mo Session 45 Liang Qiao ……….. Sa Session 10 Mo Session 55 Yuhao Qiao ……….. Su Session 33 Valeriy ……….. Su Session 30 Daocong Qin ……….. Mo Session 56 Maisotsenko Mo Workshop 6 Tiulenev Matvei ……….. Su Workshop 7 Minglu Qu ……….. Mo Session 49 Ross May ……….. Sa Workshop 11 Yunxia Qu ……….. Sa Session 8 Xiaojing Meng ……….. Mo Session 52 Yufeng Miao ……….. Sa Session 10 R Yuhang Miao ……….. Su Session 37 Timo Ranne ……….. Sa Workshop 9 Yunran Min ……….. Mo Session 55 Rajan Rawal ……….. Sa Workshop 2 Mo Keynote 6 Yuanpeng Mu ……….. Su Session 30 Yuchao Ren ……….. Mo Session 54 Christopher O. ……….. Su Session 43 Ahmad Riaz ……….. Sa Session 3 Muller

N S Katsunori ……….. Su Workshop 14 Sasan ……….. Sa Session 15 Nagano Mo Keynote 5 Sadrizadeh Su Session 44 Puneet Kumar ……….. Sa Workshop 11 Saini Kim Choon NG ……….. Mo Workshop 6 Yoshitaka Sakata ……….. Sa Session 21 Haoran Ning ……….. Su Session 24 Mats Sandberg ……….. Sa Workshop 4 Chuankai Niu ……….. Su Session 39 Su Workshop 3 Jianlei Niu ……….. Sa Workshop 4 Daniel Satola ……….. Su Session 34 Xiaofeng Niu ……….. Su Session 44 Sung-Hoon ……….. Mo Session 55 Kwang Chul NOH ……….. Su Workshop 10 SEOL Behrouz Nourozi ……….. Su Session 36 Jingjing Shao ……….. Sa Session 18 Vojislav ……….. Su Workshop 12 Teng Shao ……….. Sa Session 19 Novakovic Mo Workshop 13 Xiaoliang Shao ……….. Mo Workshop 15 Atsuo Nozaki ……….. Su Workshop 10 Chao Shen ……….. Su Poster O Su Workshop 14 Bjarne W. Olesen ……….. Su Keynote 3 Jingyun Shen ……….. Sa Session 3 80

Shouwen Sheng ……….. Su Session 35 Haidong Wang ……….. Sa Session 18 Chengnan Shi ……….. Sa Session 19 Mo Session 52 Chenlu Shi ……….. Sa Session 4 Haiyan Wang ……….. Su Session 41 Jiaxin Shi ……….. Sa Session 12 Haiying Wang ……….. Sa Session 17 Su Session 40 Luyang Shi ……….. Su Session 32 Hao Wang ……….. Sa Session 23 Yutaka Shoji ……….. Sa Session 21 Heyu Wang ……….. Su Session 40 Chang Shu ……….. Sa Session 23 Hongwei Wang ……….. Mo Session 52 Haiwen Shu ……….. Su Session 34 Huan Wang ……….. Sa Session 10 Brett Singer ……….. Su Workshop 10 Jiaming Wang ……….. Su Session 41 Jiafang Song ……….. Sa Session 14 Jinbo Wang ……….. Su Session 39 Jie Song ……….. Sa Session 22 Jingyuan Wang ……….. Sa Session 18 Xiaocheng Song ……….. Su Poster Jun Wang ……….. Sa Session 15 Zhe Song ……….. Mo Session 54 Jun Wang ……….. Mo Session 49 Shaoying Su ……….. Su Session 28 Mo Session 50 Xiaowen Su ……….. Su Session 31 Kairan Wang ……….. Su Session 31 Xing Su ……….. Sa Session 20 Kanju Wang ……….. Su Session 37 Chanjuan Sun ……….. Sa Session 22 Liang Wang ……….. Sa Session 11 Wen Sun ……….. Mo Session 50 Liangzhu Wang ……….. Sa Session 23 Yuexia Sun ……….. Su Session 32 Lijuan Wang ……….. Sa Session 17 Usep Surahman ……….. Su Workshop 5 Lin Wang ……….. Su Session 39 Lina Wang ……….. Sa Session 15 T Meng Wang ……….. Sa Session 1 Peng Tan ……….. Su Poster Nan Wang ……….. Sa Session 5 Yutong Tan ……….. Mo Session 47 Peng Wang ……….. Sa Session 7 Peijie Tang ……….. Mo Session 51 Rong Wang ……….. Sa Session 21 Shengyi Tang ……….. Su Session 32 Rui Wang ……….. Mo Session 54 Tianwei Tang ……….. Mo Session 45 Ruijun Wang ……….. Su Session 25 Enze Tian ……….. Sa Session 16 Shangyu Wang ……….. Mo Session 45 Ling Tian ……….. Sa Session 11 Shugang Wang ……….. Mo Session 46 Wei Tian ……….. Mo Session 47 Tuo Wang ……….. Sa Session 10 Session 53 Xiaowei Wang ……….. Su Poster Zhen Tian ……….. Sa Session 3 Yanling Wang ……….. Sa Session 8 Jørn Toftum ……….. Mo Workshop 1 Yao Wang ……….. Su Session 42 Yi Wang ……….. Su Poster W Yongsi Wang ……….. Sa Session 9 Andreas Wagner ……….. Sa Session 1 Yongxiang Wang ……….. Sa Session 16 Su Workshop 12 Su Poster Chen Wang ……….. Mo Session 55 Yuan Wang ……….. Su Session 30 Chendong Wang ……….. Sa Session 21 Yuan Wang ……….. Su Session 44 Chong Wang ……….. Sa Session 17 Yue Wang ……….. Su Session 34 Danyang Wang ……….. Su Poster Yuemei Wang ……….. Su Session 38 Fang Wang ……….. Su Session 40 Zhaojun Wang ……….. Mo Keynote 8 Fei Wang ……….. Mo Session 56 Zi Wang ……….. Su Session 38 Fu-Jen Wang ……….. Sa Workshop 2 Zihan Wang ……….. Mo Session 51 Fulin Wang ……….. Su Session 36 Guanqiong Wei ……….. Mo Session 56 Haichao Wang ……….. Sa Session 2 Haotian Wei ……….. Su Session 27 Mo Workshop13 Mo Session 55 Chao Wu ……….. Sa Session 11 81

Ke Wu ……….. Su Session 25 Hongyu Yang ……….. Sa Session 23 Mengmeng Wu ……….. Mo Session 55 Jingjing Yang ……….. Su Session 40 Xia Wu ……….. Su Session 36 Xia Yang ……….. Sa Session 11 Xiaoyan Wu ……….. Sa Session 19 Zhongqing Yang ……….. Sa Session 11 Xiaozhou Wu ……….. Sa Session 10 Zili Yang ……….. Su Session 44 Yeyu Wu ……….. Mo Session 47 Ge Yao ……….. Su Session 24 Yiling Wu ……….. Mo Session 49 Maosheng Yao ……….. Su Workshop 10 Yu-Chi Wu ……….. Sa Session 5 Dan Yi ……….. Sa Session 18 Yuebin Wu ……….. Su Session 30 Haiguo Yin ……….. Sa Session 4 Su Session 35 Yingde Yin ……….. Mo Session 49 Yuling Wu ……….. Sa Session 11 Hiroshi Yoshino ……….. Su Workshop 5 Zhe Wu ……….. Su Session 35 Chenrong Yu ……….. Sa Session 13 Guoqing Yu ……….. Sa Session 12, X Su Session 37 Chang Xi ……….. Su Session 31 Hao Yu ……….. Sa Session 2 Fanxuan Xia ……….. Sa Session 16 Jinghua Yu ……….. Su Poster Yudong Xia ……….. Mo Session 49 Kezhi Yu ……….. Sa Session 4 Zhenzhen Xia ……….. Sa Session 22 Mo Session 52 Haoyan Xie ……….. Su Session 40 Shui Yu ……….. Mo Session 54 Poster Yongxin Xie ……….. Su Session 38 Xiaoping Yu ……….. Mo Session 51 Jianyin Xiong ……….. Mo Session 50 Session 52 Baoping Xu ……….. Su Session 36 Xingji Yu ……….. Su Session 26 Su Session 43 Ying Yu ……….. Sa Session 9 Bixia Xu ……….. Mo Session 51 Chenzhang Yuan ……….. Sa Session 1 Boxiao Xu ……….. Mo Session 47 Zhian Yue ……….. Su Session 34 Chang Xu ……….. Su Session 24 Huameng Xu ……….. Sa Session 11 Z Xinjie Xu ……….. Sa Session 13 Ying Zha ……….. Sa Session 21 Su Session 42 Yaru Xu ……….. Mo Session 45 John Zhai ……….. Su Workshop 8 Chaohui Xuan ……….. Su Session 35 Changhong Zhan ……….. Sa Session 5 Junwei Xue ……….. Su Session 39 Chenghu Zhang ……….. Su Session 30 Su Session 42 Peng Xue ……….. Sa Session 12 Dongkai Zhang ……….. Sa Session 9 Qingwen Xue ……….. Mo Session 46 Fenglin Zhang ……….. Su Session 30 Yu Xue ……….. Su Workshop 8 Mo Session 49 Yu Xue ……….. Su Session 41 Hong Zhang ……….. Sa Session 10 Yucong Xue ……….. Mo Session 53 Hongmei Zhang ……….. Su Poster Hui Zhang ……….. Sa Session 17 Y Mo Workshop 1 Chengchu Yan ……….. Su Session 26 Jili Zhang ……….. Mo Session 48 Mo Workshop 13 Jing Zhang ……….. Su Session 28 Da Yan ……….. Sa Workshop 11 Jishun Zhang ……….. Su Session 40 Su Workshop 12 Kai Zhang ……….. Su Poster Su Session 38 Lili Zhang ……….. Sa Session 13 Haiyan Yan ……….. Su Session 31 Su Session 28 Huaxia Yan ……….. Su Poster Mo Session 45 Huiyu Yan ……….. Mo Session 53 Meixia Zhang ……….. Mo Session 50 Changqing Yang ……….. Su Session 32 Minmin Zhang ……….. Su Session 36 Chuhao Yang ……….. Sa Session 21 Nan Zhang ……….. Sa Workshop 4 82

Nan Zhang ……….. Sa Session 10 Yang Zhao ……….. Su Session 41 Pengyi Zhang ……….. Su Workshop 10 Yiwan Zhao ……….. Su Session 28 Qinhou Zhang ……….. Su Session 43 Yu Zhao ……….. Mo Session 56 Quan Zhang ……….. Sa Workshop 9 Yuejing Zhao ……….. Sa Session 15, Ruiyan Zhang ……….. Sa Session 16 Mo Session 46 Sheng Zhang ……….. Su Session 32 Yujiao Zhao ……….. Su Session 42 Hengjie Zheng ……….. Su Session 38 Mo Workshop 15 Qingwen Zheng ……….. Sa Session 23 Shiyu Zhang ……….. Sa Session 15 Shu Zheng ……….. Su Session 39 Tengfei Zhang ……….. Sa Workshop 4 Wuxing Zheng ……….. Mo Session 51 Tiantian Zhang ……….. Mo Session 48 Yin Zheng ……….. Su Session 35 Wanqing Zhang ……….. Su Session 30 Zhimen Zheng ……….. Su Poster Wanyi Zhang ……….. Mo Session 46 Zhimin Zheng ……….. Su Session 24 Weirong Zhang ……….. Su Session 27 Chengqiang Zhi ……….. Su Session 27 Wenjie Zhang ……….. Sa Session 12 Mo Session 47 Bin Zhou ……….. Mo Session 56 Mo Session 48 Chao Zhou ……….. Mo Session 48 Xiangrong Zhang ……….. Su Session 36 Linxuan Zhou ……….. Su Session 24 Xiao Zhang ……….. Sa Session 7 Wenqian Zhou ……….. Su Session 39 Xin Zhang ……….. Sa Session 16 Xiang Zhou ……….. Sa Session 2 Xingxing Zhang ……….. Sa Workshop 11 Su Workshop 12 Xu Zhang ……….. Su Workshop 14 Xiaojun Zhou ……….. Su Session 25 Xu Zhang ……….. Su Session 25 Xuetao Zhou ……….. Su Session 27 Xuedan Zhang ……….. Mo Session 53 Zhigang Zhou ……….. Mo Workshop 13 Yin Zhang ……….. Sa Session 19 Chihui Zhu ……….. Su Session 28 Su Session 41 Chuanqi Zhu ……….. Sa Session 13 Ying Zhang ……….. Sa Session 15 Han Zhu ……….. Su Session 29 Yufeng Zhang ……….. Sa Workshop 2 Honghui Zhu ……….. Su Session 37 Zheng Zhang ……….. Sa Session 16 Hui Zhu ……….. Sa Session 17 Zhongjun Zhang ……….. Su Session 31 Jia Zhu ……….. Mo Session 53 Dinmukhamed ……….. Su Session 26 Li Zhu ……….. Su Session 29 Zhangaskanov Mo Session 47 Session 34 Hengyi Zhao ……….. Su Workshop 14 Xiaoyue Zhu ……….. Su Session 25 Jiaji Zhao ……….. Su Session 34 Xu Zhu ……….. Su Poster Jinling Zhao ……….. Su Session 29 Yingxin Zhu ……….. Su Keynote 4 Shengkai Zhao ……….. Sa Session 1 Chaoqun Zhuang ……….. Su Session 36 Shunian Zhao ……….. Su Session 42 Zhaoyi Zhuang ……….. Su Session 35 Tianyi Zhao ……….. Su Session 36 Zhi Zhuang ……….. Su Session 26 Mo Session 53 Zhijun Zou ……….. Sa Session 8 Wenxuan Zhao ……….. Mo Session 52 Sa Session 18 Xiang Zhao ……….. Su Session 43 Kan Zu ……….. Sa Session 19 Xudong Zhao ……….. Mo Workshop 6

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ISHVAC 2019 July 12-15, 2019, Harbin, China The 11th International Symposium on Heating, Ventilation and Air Conditioning

E-mail : [email protected] URL: http://www.ishvac2019.org

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