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Wind-photovoltaic-storage system optimal control scheme based on generation scheduling

机译:基于发电调度的风光光伏储能系统最优控制方案

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Hybrid wind-photovoltaic-storage system is a promising way to integrate grid for wind and solar energy. In this paper, a scheme that can help the hybrid system operate in a high efficient mode is proposed. Generation scheduling curve of the hybrid system and minimum charge-discharge times of battery are taken as objective functions, while the state-of-charge (SOC) of the battery and the change rate of the active power are taken into account in the constraints. In order to utilize the overload capability of battery fully and get a better control performance, the output of battery energy station is dependent on the SOC and its current state. The validity of proposed scheme is illustrated by models in SIMULINK.
机译:混合风力光伏发电系统是将风能和太阳能并网的有前途的方法。在本文中,提出了一种可以帮助混合动力系统以高效模式运行的方案。以混合动力系统的发电调度曲线和电池的最小充放电时间为目标函数,同时在约束条件下考虑电池的荷电状态(SOC)和有功功率的变化率。为了充分利用电池的过载能力并获得更好的控制性能,电池能量站的输出取决于SOC及其当前状态。 SIMULINK中的模型说明了所提方案的有效性。

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