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Research on Wind Power Integration Capacity of Hydro-Thermal-Wind Power System with Energy Storage System

机译:储能系统水热风电力系统风电集成能力研究

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With the fast development of clean energy in China, the conflict between limited peak load regulation capability and the increasing installed wind power capacity became more and more obvious. Two different wind power integration dispatching modes were proposed in this paper, meanwhile, the wind power integration capacity and system economy under different scenarios, which have different wind power penetration and energy storage system(ESS) capacity, were also analyzed. As indicated in the example analysis, the ESS can significantly enhance the wind power integration capacity; and the economical wind power integration dispatching mode is the most suitable choice for the power grid in wind-rich area.
机译:随着中国清洁能源的快速发展,有限峰值负荷调节能力之间的冲突和所安装的风电能力的增加变得越来越明显。本文提出了两种不同的风力电力集成调度模式,同时,还分析了不同情景下的风力集成能力和系统经济,具有不同的风力渗透和储能系统(ESS)容量。如示例性分析所示,ESS可以显着提高风力集成能力;并且经济的风力电力集成调度模式是风力富有的电网最适合的选择。

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