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Power system control device and method using secondary battery, power generation planning device, real-time control device, and power system control system

机译:使用二次电池的电力系统控制装置及方法,发电计划装置,实时控制装置以及电力系统控制系统

摘要

PPROBLEM TO BE SOLVED: To enhance total control effect by realizing general control which integrates both the demand-supply control and transmission loss reduction control, and effectively utilizes the capacity of a secondary battery. PSOLUTION: A power system controller 30 is equipped with an acquirer 301, an integrated control distribution decider 302, a controller 303, and a display 304. The acquirer 301 acquires the amount of charge of each secondary battery 20, and also acquires the system state information related to the system states such as the voltage, the current, etc. of a power system 10. The integrated control distribution decider 302 decides the operation schedule or the amount of charge/discharge of the secondary battery 20, by performing the evaluation related to both the effect on the demand-supply control and the effect on transmission loss reduction control, when the output distribution of the secondary battery 20 is changed, using the information about the acquired amount of charge, the system state, the operation schedule, etc. The controller 303 outputs the decided operation schedule or the control command of the amount of charge/discharge to the secondary battery control system 21 of the corresponding secondary battery 20. PCOPYRIGHT: (C)2008,JPO&INPIT
机译:

要解决的问题:通过实现综合控制以增强总体控制效果,该综合控制将供需控制和传输损耗减少控制集成在一起,并有效利用了二次电池的容量。

解决方案:电力系统控制器30配备有获取器301,集成控制分配决定器302,控制器303和显示器304。获取器301获取每个二次电池20的电量,并且还获取与电力系统10的电压,电流等系统状态有关的系统状态信息。综合控制分配决定部302通过进行以下动作来决定二次电池20的运转时间表或充放电量。当改变二次电池20的输出分配时,使用关于所获取的电荷量,系统状态,操作的信息,进行与对需求供给控制的影响和对传输损耗减少控制的影响两者相关的评估。控制器303将所确定的操作时间表或充电/放电量的控制命令输出到cor的二次电池控制系统21。响应的二次电池20.

版权所有:(C)2008,JPO&INPIT

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