基于继电保护与改进算法的储能电站选址定容

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Abstract In view of the problem of energy storage station locating and sizing in the distribution system, operation characteristics of energy storage power station are analyzed, and effects on conventional over current protection and distance protection of energy storage station connected to distribution system are researched. Multidimensional coding method is used to code the nodes, active power loss and voltage deviation are used as the optimization objective function, and the output current of energy storage power station, reverse time limit over current protection and distance protection of two section are taken consideration into the constraint condition for energy storage station locating and sizing. A hybrid algorithm for energy storage station locating and sizing is designed according to the fault characteristics of distribution system with energy storage station. Tabu search is used as mutation operator for the set number iterations in immune algorithm; Chaotic search is used to optimize the capacity, and the global optimal solution of energy storage station locating and sizing could be effectively searched through cross search. Combined with an example of energy storage station Fujian Meizhou Island, locating and sizing in the distribution system is calculated by this optimization method. The results are compared and analyzed with that of traditional Imunne algorithm. The calculated result indicates that the improved hybrid method is rational, effective and practical, applicable in the distribution network easily.

Key words： Energy storage station locating and sizing relay protection chaos algorithm immune- tabu algorithm

Received: 09 March 2013 Published: 13 April 2015

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TM715

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	Yang Lian
	Fan Chunju
	Tai Nengling
	Huang Wentao

Cite this article:

Yang Lian,Fan Chunju,Tai Nengling等. Energy Storage Station Locating and Sizing Based on Relay Protection and Improved Algorithm[J]. Transactions of China Electrotechnical Society, 2015, 30(3): 53-60.

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http://dgjsxb.ces-transaction.com/EN/ OR http://dgjsxb.ces-transaction.com/EN/Y2015/V30/I3/53

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