concept of super grid in northeast asia
TRANSCRIPT
Results of Feasibility Study on Super Grid in Northeast Asia
Asia Super Grid Workshop
JW Marriott Hotel, Seoul, 25 May, 2016
International Consortium of Super Grid Korean Consortium for Super Grid in NEA
Jinsoo Song
Distinguished Professor, Silla University
Concept of Super Grid in Northeast Asia
Wind Photovoltaic
Hydro Biomass
Participating Countries : Korea, China, Mongolia, (Japan) Core Technologies Large Scale RE power generation in Gobi desert ESS, WAMS, HVDC Electricity transmission through connected grid to neighboring country
Experiences
Domestic Installation
1990 2000 2010 1980
Collaborative Projects in Northeast Asia
2003 : Mongolia (Gobi Desert) 2004 : China(Tibet) 2002 : Vietnam (HCM City)
Agreements for Int’l Consortium
27-28th November, 2012 (Jeju,Korea)
6th November, 2012 (Ulaanbaatar, Mongolia)
8
Korea-Mongolia(August 2014)
MOU for Feasibility study on Super Grid
Korea-China(September 2014)
Japan
Mongolia
China
Korea hybridization & integration
HVDC & construction
maintenance & operation
Int’l Consortium: KCSG, MSASG, CRES
Nat’l Consortium: KEPCO, KT, KIER, KSNRE, Universities & Industries
Job description for Super Grid in Northeast Asia
1st International Joint Workshop
25-26 June, 2015
Mongolia National University Ulaanbaatar, Mongolia
2nd International Joint Workshop & Round Table Discussion
5-7 November, 2015
Lotte Hotel, Jeju, Korea Grand Hotel, Busan, Korea
Progress of Feasibility Study
Site Selection - Candidates for FT & Demonstration, Super Grid in Gobi desert
Analysis of Status - Technologies, Transmission
On-site Survey - Meteorological, Geological & Topographical survey
Basic Design - Lay out of FT & Demonstration site for the next stage
Expectations -Technology, Economy, Socio-Environment
Candidate Sites for Demonstration & Construction
Site #1: 42°38'54.84“N/107°18'7.82"E (Umnugovi province, Khanbogd Soum) Site #2: 44°28'4.98“N/111° 7'9.07"E (Dornogovi province, ErdeneSoum) Site #3: 46°22'8.54“N/108°22'16.32"E (Govisumber province, Choir Soum)
Layout of Demonstration Site
Milestone with Action plan
2015 2020 2030
1st Feasibility
Study
2nd FieldTest/
Demonstration
3rd
Engineering/Procurement/
Construction(EPC)
4th Deployment
1st Phase(2014-2015) : Feasibility Study
• Selection of candidate sites • Meteorological & topographical survey • Basic design for the next phase
2nd Phase(2016-2020) : Field Test/Demonstration
• Test-bed construction, performance test • Master plan completion
3rd Phase(2021-2030) : Engineering/Procurement/Construction(EPC)
• Financing & scale-up construction • Operation & maintenance
4th Phase(2031- ) : Deployment
• Extension to Asia, Africa & America, and finally to Global Grid
Conceptual Image of Super Grid
Electrical Transmission to Neighboring Countries
Conclusion
After successful feasibility study, discuss with participating countries about construction of field test & demonstration site and Super Grid as next stages Strongly recommend to each Governments for political decision and financial support Cooperate with other countries and organization to realize the dream project based on trust and consensus