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2018 International High Voltage Direct Current Conference in Korea October 30(Tue) - November 2(Fri) 2018, Gwangju, Korea

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2018 International High Voltage Direct Current Conference in Korea October 30(Tue) - November 2(Fri) 2018, Gwangju, Korea http://hvdc2018.org 2018 International High Voltage Direct Current Conference in Korea October 30(Tue) - November 2(Fri) 2018, Gwangju, Korea Supported by Sponsored by 2018 International High Voltage Direct Current Conference in Korea Time table Date Plan Time Topic Speaker Co-chair/Moderator Oct.30 Welcome Party 18:00 - 20:00 Event with BIXPO 2018 Opening Ceremony 13:30 - 13:40 Chairman KOO, Ja-Yoon Opening Welcome Address Chair: Ceremony 13:40 - 13:50 Congratulation Address CESS President Dr. KIM, Byung-Geol 13:50 - 14:00 Congratulation Address KEPCO President Plenary session 1: Arman Hassanpoor 14:00 - 14:40 On Development of VSCs for HVDC Applications (ABB) Plenary session 2: Oct.31 14:40 - 15:20 Shawn SJ.Chen Introductionof China HVDC Development (NR Electric Co., Ltd) Co-chair: Plenary 15:20 - 15:30 Coffee Break Arman Hassanpoor Session Plenary session 3: Prof. KIM, Seong-Min 15:30 - 16:10 Introduction of KEPCO’s HVDC East-West Power KIM, Jong-Hwa Grid Project (KEPCO) Plenary session 4: Prof. Jose ANTONIO JARDINI 16:10-16:50 The Brazilian Interconnected Transmission System (ERUSP University) Oral Session 1: Testing experiences on extruded cable systems Giacomo Tronconi 09:10-09:40 up to 525kVdc in the first third party worldwide (CESI) laboratory Oral Session 2: An optimal Converter Transformer and Valves Yogesh Gupta (GE T&D INDIA Ltd) 09:40 - 10:10 arrangement & Challenges in Open Circuit Test for B Srikanta Achary (GE T&D INDIA Ltd) Parallel Bipole LCC HVDC System with its Mitigation 10:10 - 10:20 Coffee Break Co-chair: Conference Oral Session 3: Mats Andersson 10:20 - 10:50 Overvoltages experienced by extruded cables in Mansoor Asif Prof. KIM, Seong-Min LCC and VSC HVDC systems (Hanyang University) Oral Session 4: 10:50 - 11:20 Research on the Control Factors of Polarity He Yan (Northwest Electric Power Distance for ±1100kV Transmission Line Design Institute Co., Ltd) Oral Session 5: 11:20-11:50 Dynamic and steady state performance of a Mats Andersson 2-terminal Hybrid HVDC transmission (ABB) Nov.01 11:50 - 14:00 Lunch Chairman CHANG, Jae-Won 14:00 - 14:10 Opennig Ceremony (KNC of CIGRE) Super-Grid Forum session 1: 14:10 - 14:40 Strategy for Northeast Asia Power System Philippe LIENHART Interconnection EDF Technical Assistance to Mongolia (EDF) Super-Grid Forum session 2: Prof. GILSOO JANG 14:40-15:00 Northeast Asia Super Grid Current Status & Future (Korea University) Prospects Co-chair: Super Grid Super-Grid Forum session 3: Romain Zissler Philippe LIENHART Forum 15:00 - 15:20 Second Report Summary of Asia International Grid Dr. LEE, Dong-Il Connection Study Group (Renewable Energy Institute) Super-Grid Forum session 4: KIM, Seong-Weon 15:20 - 15:40 HVDC cable Present & Future & NEA Super Grid (KEPCO) Super-Grid Forum session 5: João BGF da Silva 15:40 - 16:10 Update on Latin America Super Grids (Paranaíba Transmissora de Energia) 16:10 - 16:20 Rearrange Time 16:20 - 16:50 QnA 7:00 Move to the DMZ 12:00 - 13:00 Lunch 13:00 - 15:30 DMZ Tour Move to the Gyungin Construction Headquarters of Nov.02 Technical Tour 15:30 - 17:00 KEPCO Visit the Gyungin Construction Headquarters of 17:00 - 20:00 KEPCO/ Farewell Party 20:00 - 21:00 Move to the hotel Nov.03 10:00 Incheon Airport limousine bus guide Plenary Session 1 On Development of VSCs for HVDC Applications Arman Hassanpoor (ABB) 2018 International High Voltage Direct Current Conference in Korea — 2018 International HVDC Conference, November 2018, Gwangju, Korea HVDC Projects Overview Dr. Arman Hassanpoor, HVDC R&D Manager – Grid Integration - ABB (China) Ltd. 1 HVDC Advantages 2 HVDC Applications 3 HVDC Projects European HVDC Grid Research 4 Projects 5 Market Trend 6 Conclusion 7 2018 International High Voltage Direct Current Conference in Korea — High-voltage direct current (HVDC) — HVDC Alternating current (AC) Installed base The unique advantages Over 120 projects and over 60 years experience America Europe CU Upgrade 2019 Outaouais 2009 Chateauguay 1984 North-sea Link 2021 Nordbalt 2015 Swepol 2000 More power Long distances Higher efficiency Maritime Link 2017 Sharyland 2007 Cu-project 1979 Nordlink 2021 Litpol Link 2015 Gotland Light 1999 HVDC can provide more power per square meter than Distance presents minimal challenge to HVDC Overhead, underground or underwater; more Quebec – New England Upgrade Rapic City 2003 Nelson River 2 1978 IFA2 2020 Skagerrak 4 2014 Hällsjön 1997 Madawaska Upgrade 2016 Cross Sound 2002 Square Butte 1977 Kriegers Flak Cgs 2019 East West Kontek 1995 the alternatives transmission power reaches the consumer Celilo Upgrade 2016 Eagle Pass 2000 Eel River 1972 Johan Svedrup 2019 Interconnector 2013 Baltic Cable 1994 Railroad DC Tile 2016 Quebec – New England 1990 Pacific Intertie 1970 Gotland Upgrade 2018 Sapei 2011 Fennoskan 1 & 2 1989 Oklaunion 2014 Pacific Intertie Expansion 1989 Vancouver Island Pole 1 1968 Caithness – Moray 2018 Valhall 2011 Dürnohr 1983 Mackinac 2014 Intermountain 1986 Kontek Upgrade 2016 Norned 2008 Skagerrak 1-3 1976 IPP Upgrade 2014 Pacific Intertie Upgrade 1985 Troll 1 & 2, 3 & 4 2015 Estlink 2006 Gotland 1-3 1970 Blackwater 2010 Madawaska 1985 Borwin 1 2015 Italy – Greece 2001 Konti-skan 1965 2009 Highgate 1985 Dolwin 1, 2 2015 Tjæreborg 2000 English Channel 1955 Åland 2015 Asia Changji-Guquan 2019 Raigarh-Pugalur 2019 North East Agra 2016 Power Jinping - Sunan 2013 South America Mülünbeir – Liaoning 2010 Rio Madeira Back-to-back 2013 Lingboa li Extension 2010 Rio Madeira 2013 Xiangjiba – Shanghai 2010 Brazil – Argentina Three Gorges – Shanghai 2006 Interconnection I & II 1999 Vizag Li 2005 Itaipu 1984 Three Gorges – Guangdong 2004 Three Gorges – Changzhou 2002 Distance Efficiency Chapad 1999 Rihand-Delhi 1990 Gezhouba – Shanghai 1989 Vindyachai 1989 Sakuma 1965 Africa Inga – Kolwezi Upgrade 2016 Cahora Bassa, Songo 2015 Australia and Oceania Caprivi Link 2010 Broken Hill 2013 Apollo Upgrade 2008 Murraylink 2013 Inga – Kolwezi 1982 Directlink Lower lifetime Lower losses Enhanced grid Controlled power Greater integration Cahora Bassa 1977 Leyte-Luzon 1999 investment system stability flows of renewables NewZealand 1 & 2 1984 — — Our customer’s applications drive our offering VSC HVDC Light HVDC applications ABB supplied 70% of all VSC links in the world Connecting remote Offshore wind generation Interconnecting grids connections DC links in AC grids VSC-HVDC projects commissioned In construction *VSC: Voltage sourced converter Connecting remote loads Upgrades / Life cycle Power from shore City center infeed services 8 9 2018 International High Voltage Direct Current Conference in Korea — — HVDC technology 0 Case study Power trading with North Sea Link – in execution interconnected grids 14 316 SE1 The North Sea Link (NSL) interconnector links the Nordic and British markets, thus International HVDC interconnectors 45,90 providing increased security of power supply and social-economic benefits for both 1124 NO4 regions. 32,97 HVDC systems allow our customers to share and 164 1660 trade electricity. Sending power where it is most 64 profitable and needed most. 1,400 MW ? SE2 FI NO3 45,90 70,05 HVDC enables precise controlled power flow across 525 kV 45,90 402 electricity markets. 50 6212 370 730 km NO5 NO1 45,90 3287 45,90 1219 79 1726 SE3 FI 200 Key facts NO2 2810 45,90 281 70,05 45,90 27 – Once complete, will be the world’s longest subsea 266 899 power interconnection. 3016 LV 48 712 70,05 – Most powerful HVDC Light® system in SE4 DK1 1 813 construction, joint with NordLink. 45,90 45,90 874 604 LT 591 56 12 DK2 70,05 45,90 98 — — Case study European Funded Projects Nordlink – in execution HVDC Grid Studies Interconnecting grids using HVDC technology helping our customers reach their targets for a renewable energy mix. 1,400 MW 525 kV 623 km Twenties Best Paths PROMOTioN TWENTIES is a grids project that looks into how to The BEST PATHS project will help to overcome the PROMOTioN seeks to develop meshed HVDC offshore operate grid systems with large amounts of wind challenges of integrating renewable energies into grids. Major WPs: Key facts and other renewables. Europe’s energy mix. • HVDC control & protection systems – Balances intermittent wind power in Germany • Wind turbine converter harmonic model validation with controllable hydropower in Norway. • HVDC gas insulated switchgear – Most powerful HVDC Light® system in • HVDC circuit breakers construction, joint with NordLink. Total budget: €56.8 million Total budget: €62.8 million Total budget: €43 million Reference: https://windeurope.org Reference: http://www.bestpaths-project.eu Reference: https://www.promotion-offshore.net 10 11 2018 International High Voltage Direct Current Conference in Korea — — From an idea to global industrialization HVDC becoming mainstream in all corners of the world HVDC is a new norm Interconnecting Grids Cumulated GW installed 300 Heavyweight market 250 200 ~3x Growth rate 150 vs. world GDP 100 ~200 GW 50 Operating world Installed base 0 1930 1940 1950 1960 1970 1980 1990 2000 2010 2020 70% 1928 1954 1960s 1997 2017 World installed base Dr Uno Lamm began The world’s first Mercury arc valves replaced The world’s first VSC HVDC VSC HVDC highest performance equipped with ABB developing HVDC in Ludvika, commercial HVDC link at with thyristor semiconductor installation ever – 3,000 MW, 640 kV, 2,000 Sweden Gotland, Sweden valves km Up to 12GW «The best way to predict the future is to create it» Abraham Lincoln Capacity range of one HVDC installation (1) Average over 5 years, subject to substantial fluctuation year on year (2) Average over 10 years — — The energy revolution transforming the grid Conclusion Tomorrow is another day HVDC enables a stronger, smarter and greener grid Yesterday Today Tomorrow HVDC systems are a core element of Grid theAB Benergy Grid Iindustryntegratio transformation.n solutions This image cannot currently be displayed.
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