含电动汽车和热电联产的区域微电网参与电网辅助服务调度OA北大核心CSTPCD
REGIONAL MICROGRIDS INCLUDING ELECTRIC VEHICLES AND COGENERATION PARTICIPATE IN GRID AUXILIARY SERVICE DISPATCH
如今,在发达的特大城市,越来越多的分布式电源和电动汽车接入微电网.该文提出一个区域微电网,由一个热电联供系统和一系列插电式电动汽车组成.其主要目的是通过将PEV整合为快速响应存储来提供辅助服务和充分利用可再生能源提高系统的能源利用率和经济效益.停车场会聚集形成电力电子设备集群,并与CHP签订双边合同,以便能够参与调节电力市场.提出改进的乌鸦算法,对问题进行求解.通过MATLAB对算法进行数值仿真表明,如果区域微电网参与电力市场调控,每兆瓦的经济价值显著提高,总利润增加.
Nowadays, in developed megacities, more and more distributed power sources and electric vehicles are connected to microgrids.This paper proposes a regional microgrid,which consists of a combined heat and power system and a series of plug-in electric vehicles.Its main purpose was to provide ancillary services and make full use of renewable energy to improve the energy efficiency and economic benefits of the system by integrating PEV into fast response storage.Parking lots would gather to form power electronic equipment clusters,and they signed bilateral contracts with CHP to be able to participate in regulating the power market.An improved crow algorithm was proposed to solve this problem.A numerical simulation of the algorithm was carried out through MATLAB.The results confirm that if regional microgrid participates in the regulation of the power market,the economic value of each megawatt will increase significantly and the total profit will increase.
刘杨;刘天羽
上海电机学院 上海 200000
计算机与自动化
插电式电动汽车区域微电网电力市场热电联供系统乌鸦算法
Plug-in electric vehicle(PEV)Regional microgridElectricity MarketCombined heat and power(CHP)Crow algorithm(CSA)
《计算机应用与软件》 2024 (004)
67-72,105 / 7
国家自然科学基金项目(61973209).
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