面向风电系统的混合储能容量优化配置研究

Research on optimal configuration of hybrid energy storage capacity of wind power system

随着全球能源危机的不断逼近,开发和利用新能源成为现今人们探索的重要方向,太阳能、风电、氢能等凭借其清洁无污染的优势成为新能源发展中的重要代表。其中,风电储能是现今电力系统的重要组成部分,可接入电网系统,为满足区域人民的供电需求提供重要帮助。但风力发电受气候影响严重,其供电出力存在随机性和不稳定性。因此,风电系统中需配置储能装置来实现储能容量优化,以确保电网供电功率的平衡性与稳定性。文章基于风电系统的发展现状,对其混合储能容量优化模型进行分析,提出考虑不同条件下的风电系统混合储能容量协同优化配置方案,为有效提升风电并网后的电网运行效率与质量提供参考。

As the global energy crisis approaches,the development and utilization of new energy has become an important field for people to explore today.Solar energy,wind power,hydrogen energy,etc.have become the important representatives of the new energy development by their advantages of clean and pollution-free.Among them,wind power storage is an important part of the current power system,which can be connected to the grid system to provide important help to meet the power supply needs of people in a region,and has a very bright development prospect.However,the wind power generation is seriously affected by climate,and its power supply output has randomness and instability.Therefore,energy storage devices need to be configured in wind power system to realize the energy storage capacity optimization,so as to ensure the balance and stability of power supply in the grid.Based on the development status of wind power system,this paper analyzes its hybrid energy storage capacity optimization model,and proposes a collaborative optimal configuration scheme considering different conditions for hybrid energy storage capacity of wind power system,which can provide a reference for effectively improving the operation efficiency and quality of the grid with the wind power integration.