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A battery degradation aware optimal power distribution on decentralized energy network

机译:电池劣化意识到分散能量网络的最佳功率分布

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Largely introduction of renewable energy is big motivation for renovation of conventional grid system. Decentralized energy network is a new grid systems toward independence from existing power grid, and renewable energy is main energy source for the decentralized energy network. Each house has battery to use the renewable energy effectively, but the battery degradation is important problem. This paper proposes the battery degradation aware optimal power distribution method on decentralized energy network. Because the battery degradation is unavoidable phenomenon for the battery utilization, we solve the optimal power distribution to keep the degradation minimum. Proposed method limits the charge/discharge cycles at MIP (mixed integer programming) formulation and achieves the same utilization of the renewable energy with less charge/discharge cycles. Experimental results show that proposed method achieves the same utilization of the renewable energy with quarter charge/discharge cycles.
机译:在很大程度上引入可再生能源是传统网格系统的改造的大动力。分散的能量网络是一个新的网格系统,朝着现有电网独立,而可再生能源是分散能源网络的主要能源。每个房屋有效地使用可再生能源,但电池劣化是重要的问题。本文提出了对分散能量网络的电池劣化意识最佳配电方法。由于电池劣化是用于电池利用的不可避免的现象,因此我们解决了最佳功率分布以保持降低最小值。所提出的方法限制了MIP(混合整数编程)制剂的充电/放电循环,并实现了具有较少充电/放电循环的可再生能量的相同利用。实验结果表明,提出的方法实现了具有四分之一充电/放电循环的可再生能源的相同利用。

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