气电互补型综合能源耦合系统研究

Study on Gas-electricity Complementary Integrated Energy Coupling System

天然气发电量在电力供应结构中占比显著上升,天然气-电力互补型综合能源耦合系统在电力系统中的作用和地位越显重要。研究了全球气电发展趋势,分析了天然气和电力两大系统,给出了气电基础数学模型和气电系统协同规划优化运行方法。研究成果可用于指导气电互补型综合能源耦合系统建模分析研究,在气电互补项目中能够优化资源配置、提高调度效率和提升综合效益。

The proportion of natural gas power generation in the power supply structure has increased significantly,and the role and position of the natural gas-electricity complementary integrated energy coupling system in the power system is becoming more and more important.This paper studied the development trend of global gas and electricity,analyzed the two major systems of natural gas and electricity,and put forward the basic mathematical model of gas and electricity and the working method of coordinated planning and optimization of gas-electricity system.The research results can be used to guide the modeling and analysis of the gas-electricity complementary integrated energy coupling system;in the gas-electricity complementary project,it can optimize resource allocation,improve dispatching efficiency and enhance comprehensive benefits.