基于低通滤波的离网型风_氢耦合系统容量配置优化.pdfVIP

2022年8月 吉林电力 Aug.2022 第50卷第4期（总第281期） Jilin Electric Power Vol.501 No. 4(Ser.No. 281) 基于低通滤波的离网型风/氢耦合系统容量配置优化 刘子锐，夏天贺² ，李振新3 （1.东北电力大学，吉林吉林132012；2.中能建路桥工程有限公司，天津300203； 3. 国网吉林供电公司，吉林吉林132000） 摘要：针对提高风电消纳率和氢能利用率的需求，提出构建以风力发电机组、氢储能系统、蓄电池和负载为核心 设备的离网型风/氢耦合系统，使风力发电机组输出功率满足负载需求，将经济成本、失电率和弃风率作为指标.对 风电机组、氢储能系统以及蓄电池进行最优容量配置，基于粒子群算法求解得到满足经济性和供电可靠性的配置 结果，并通过仿真算例验证了配置方案的正确性。 关键词：风/氢耦合；容量配置；低通滤波；粒子群算法 中图分类号：TK83 文献标志码：A 文章编号：1009-5306(2022)04-0031-06 Optimization of Capacity Configuration of Off-grid Wind-hydrogen Coupling System Considering Low Pass Filtering LIU Zirui, XIA Tianhe°,LI Zhenxin (1. Northeast Electric Power University, Jilin 132012, China; 2. Energy China Road and Bridge Engineering Construction Company Limited, Tianjin 300203,China;3. State Grid Jilin Power Supply Company, Jilin 132000.China) Abstract: ln response to the need to improve the absorption rate of wind power and the utilization of hydrogen energy, this pager proposes an off-grid wind-hydrogen coupling system which includes wind turbines, hydrogen storage system, batteries and ioad as the core equipment, so that the output power of the wind turbines can meet the load requirement. Using economic cost, power loss rate and wind abandonment rate as indicators to configure the optimal capacity of wind turbines, hydrogen energy storage system and batteries. Solving the problem based on particle swarm algorithm to obtain configuration results that meet economic efficiency and power supply reliability. And the correctnessof the configuration scheme is verified through simulation examples. Key words: wind-hydrogen coupling; capacity configuration; low