Study on energy strategy of Chinese capital region under the new national policy of reducing carbon dioxide emissions
Chinese government committed to reducing carbon dioxide emissions per unit of GDP by 40％ to 45％ by 2020. As the capital and one of the biggest cites, Beijing expected to both keep higher GDP growth than average and cut unit GDP carbon emission, and has to adjust the relevant energy strategy in near future. The paper analysis the characteristics of energy supply and energy consumption in Beijing, and setups the economic-energy-environment-oriented reference energy system (RES), selects MARKAL as the optimal model and constructs districted multi-period linear programming matrix, which including 15 energy carriers, 4 energy processes, 17 energy conversions, and 18 energy end-use sets. Furthermore, the paper designs 11 scenarios in various pollute emission restrictions, and establishes the total economic cost as the optimize target, the low-carbon emission as main restriction, to obtain the suitable energy supply structure and end-use technology structure. At last, we have the conclusion that Beijing can attach the demands of cutting carbon emissions per unit of GDP by 45％ under the scheduled GDP growth.
Capital regional energy strategy Economic-energy-environment (3E) Low-carbon emission MARKAL model
Dacheng Liu Ning Li Xianchun Tan Xiaoou Yang Li Wang Jianbing Liu
Department of IE,Tsinghua Univ.,Beijing,100084,P.R. China Institute of Policy and Management,Chinese Academy of Science,Beijing,100084. PRC Beijing Research Center of Urban System Engineering,Beijing,100081,P.R. China
国际会议
北京
英文
2-11
2011-09-01（万方平台首次上网日期，不代表论文的发表时间）