Mid-long Term Interprovincial Renewable Energy Consumption Potential and Strategy of Clean Emission in Shanghai’s Power Sector

Abstract

This paper proposes a system analysis approach on Shanghai’ s power supply system and carbon emission policy. Based on the prediction and assessment of a mid-long term development on power supply system from 2010 to 2030, by using Planelec-Pro, which is a least-cost probabilistic simulation and dynamic programming model,an evaluation of the CO2 emission reduction potential in terms of energy saving will be given. This study is also summarize the main factors affecting emissions of carbon dioxide gas in Shanghai,from the aspects of power system technology and policy mechanisms, to propose rationalization of technology strategy and policy improvements to promote the Inter-provincial Renewable Energy Consumption, which can be a reference and guidance for the Inter-provincial power trading to take proactive steps to combat climate change. his paper also discusses the role and role of East China Power Grid in China’s unified power market system, analyzes the positioning of East China Power Grid under the two-level power market system, and puts forward the construction path map of inter provincial power market of East China Power Grid under the unified power market system.