Introduction of JEJU Test Bed

Video File 1 – Planning Stage Concept

Video File 2 – Present Status

Completion of the project ’11.6.1 Started the 2nd Phase ’10.5.31 Completed the 1st year ’09.12.16 Selected consortia ’09.4

Expanded to Smart Grid Test Bed `’08.12 Planned Power IT Test Bed Abundant Independent Island with SupplyR&D of 법제도 표준 Power Grid World Natural Renewables상용화 개선 Heritages정립

Jeju Carbon Free Island

Incubator for Smart Grid Technologies To create business models, and initiate commercialization

Assess smart grid Allow companies to Induce competition technologies and openly bid for different amongst participating verify effectiveness of areas of demonstration consortia in different smart grid related project to create domains to make service for consumers innovated BIZ models effective assessment Smart Place Smart Transportation Smart Renewable ss models - integration & Operation 『Phase 2:『Phase Jun. 2011 ~ 2013』 May Phase) 『Phase 1: Phase) 『Phase Dec. 2009~ 2011』- May Installation (Goal)test To smart grid technologiesto busine new create and ( TOTAL (Investment) (Govt. $240M Private $69M, $171M) (Location)JEJU, Koo-Jwa Eup (Approx 6,000households)

Project Overview Overview of JEJU Test Bed Features of JEJU Test Bed

Features: Leads Participants Investment

Samsung Electronics, Korea Cable TV, Govt. : $ 5 million Jeju broadcast etc. (29 companies) Private: $ 25 million SDS, Samsung Trade, Rootech etc. Govt. : $ 4.7 million (14 companies) Private: $ 30 million LG U+, GS pure cell, GS construction etc. Govt. : $ 4.7 million (15 companies) Private: $ 17.5 million , Taihan Electric, Nuri Govt. : - Telecom etc. (38 companies) Private : $ 10 million

Samsung SDI, Lotte data communication, P&E Govt. : $ 4.5 million Solution etc. (22 companies) Private:14 million SK Network, Iljin Electrics, Ientech etc. Govt.: $ 4.5 million (13 companies) Private: $13 million LG CNS, ABB Korea, NexCon Take etc Govt. : $ 4 million (7 companies) Private: $ 8 million

Govt. : $ 4.7 million KOSPO, , LSIS etc.(16 companies) Private: $15.3 million Govt. : $ 4.7 million Maxcom, Icellkorea etc. (6 companies) Private : $ 7 million LG Chem, Woojin Industrial System, Daekyung Govt. : - Engineering etc. (6 companies) Private: $ 9 million Phase Areas Contents Phase 1 Grid, consumers, Vehicle to Grid Power Grid • Place • Transportation (infrastructure) connection Phase 2 New electricity service, Renewable • Electricity Service (Operation) Renewable to grid connection

Accomplishments

Constructed operation Activated EV charging Constructed renewable centers for each infrastructure generation consortium Deployed EVs Designed systems to stabilize Installed 550 residential Constructed infra intermittency AMIs / 100 PVs operating system, Ascertained protocols for Installed energy monitoring Designed security telecommunication and device system developed data center model Developed paying method coordinated with total operation center. Public consensus is necessary to implement nationwide smart grid Companies can present and introduce smartgrid prototypes and educate the public The exhibition will be sustained during and after the demonstration project

” Experience” the State of the Art Technologies and Viable BIZ models

• Main Exhibition center, “Comprehending” Korea’s Smart Grid Concepts and Jeju Test Bed • 4 Smart Grid Theme exhibitions, “Experiencing” Smart and Eco-Friendly Daily Life Next Phase

Deduce best practices from testing of business models under the 5 domains of demonstration project Create platform for energy management, and test demand response solution Provide smart metering service, construct facilities for the operation of microgrid

Each consortium will perform in a competitive environment, and the government will provide persistent support to allow creation of new business models Business outcomes will be incorporated with national standard and deployment plan

Master plan will be made every 5 year and action plan will be made every year based on the Smart Grid Stimulation Act Future of JEJU

Grid Monitoring Electricity Business

Microgrid

Power통합운영센터 Operation Center

NAN Demand Response 스마트홈빌딩Smart Home Storage system Smart Building WAN Bulk generation대규모 발전단지 Center

Charging station Energy Display Wind power generation HAN Smart Micro 전기차Electric Vehicles Nuclear power Generation Appliance Generator

Home Server PV Power Generation Smart Meter Fuel Cell Battery Load Switch Gas/Water sensor Meter

Smart Thermostat Self자가치유 healing

Resume

Name: Dae Kyeong Kim

Date of Birth: Feb. 20, 1958

Educational Background B.A. Degree in Electrical Engineering on Feb., 1981 at Busan National University M.S. Degree in Electrical Engineering on Feb., 1983 at Han-Yang University Ph.D. Course in Corrosion & Protection at UMIST, U.K. during 1999~2003

Business Background Entered the Hyun-Dai Engineering on Jul., 1984 Entered the Korea Electrotechnology Research Institute (KERI) on Feb., 1987 and work there as the director of the Smart Power Facility Research Center at present

Research Areas Smart Grid Electric Vehicle Intelligent Transmission network

Other Activities National Standards Coordinator for Smart Grid Technical Expert of Energy Committee Chairman of Power IT Project Manager Committee The person in charge of National Smart Grid Roadmap