摘要
为实现“碳达峰”和“碳中和”的目标,搭建了以生物质能为代表的可再生能源,和以天然气和柴油为代表的传统化石能源混合供电的能源微网模型。通过HOMER仿真分析了不同类型能源出力大小对微网效益的影响,证明使用生物质能比使用传统化石能源更具优势。同时,分析了在生物质能发电逐步减少情况下,为保证微网中能源供需平衡,参与需求响应项目减少电能的方案比使用传统化石能源产生电能的方案更具效益。
To achieve the goals of"carbon peak"and"carbon neutral",a micro-grid model of hybrid power supply of renewable energy represented by biomass energy and traditional fossil energy represented by natural gas and diesel is built.Through the HOMER software simulation,the impact of different types of energy output on the economic benefits of the entire micro-grid system is analyzed,which proves that the use of biomass energy is more advantageous than the use of other traditional fossil fuels.At the same time,it is analyzed that in order to ensure the balance of energy supply and demand in the microgrid under the condition of gradual reduction of biomass power generation,the scheme of participating in demand response projects to reduce electricity is more effective than the scheme of using traditional fossil energy to generate electricity.
作者
胡真
刘学鹏
汪盼
刘志刚
易铭
HU Zhen;LIU Xuepeng;WANG Pan;LIU Zhigang;YI Ming(Foshan Vocational and Polytechnic College,Foshan 528000,China;Industrial and Commercial Bank of China Foshan Branch,Foshan 528000,China)
出处
《电工技术》
2022年第15期31-34,38,共5页
Electric Engineering
基金
校级科研项目(编号KY2021Y07)。
