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Energy management method of multi-type battery energy storage power station considering charge and discharge rates

机译:考虑充放电速率的多功能电池储能电站的能量管理方法

摘要

The present invention provides an energy management method of a multi-type battery energy storage power station considering charge and discharge rates, that includes: reading related data of the battery energy storage power station; calculating charge or discharge rate characteristic values of battery energy storage machine sets; calculating initial power command values of the battery energy storage machine sets; judging whether the initial power command values of the battery energy storage machine sets exceed the maximum allowable charge or discharge power of the machine sets in real time, if more than, online correcting and re-calculating the initial power command values of the battery energy storage machine sets; otherwise, setting the initial power command values of the energy storage machine sets as the power command values thereof; and summarizing the power command values of the battery energy storage machine sets, and outputting the same. With the reasonable control of the charge and discharge rates of the energy storage machines sets as target, the energy management method of the present invention is used for carrying out power coordinated control and energy management in the energy storage power station, and considering the service lives of energy storage batteries in the control strategy to achieve the functions of avoiding abuse of the energy storage batteries as much as possible, delaying battery aging and the like.
机译:本发明提供一种考虑充放电速率的多类型电池储能电站的能量管理方法,包括:读取电池储能电站的相关数据;计算电池储能机组的充放电速率特征值;计算电池储能机组的初始功率指令值;实时判断电池储能器组的初始功率指令值是否超过了机器组的最大允许充电或放电功率,如果超过,则在线更正并重新计算电池储能器的初始功率指令值机器套;否则,将储能机的初始功率指令值设置为其功率指令值。汇总电池储能机组的功率指令值并输出。本发明的能量管理方法以合理控制储能机的充放电速率为目标,用于在储能电站进行功率协调控制和能量管理,并考虑使用寿命。在控制策略中实现对储能电池的控制,以实现尽可能避免储能电池滥用,延缓电池老化等功能。

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