首页> 外文期刊>Power Engineering Review, IEEE >Volt/Var Control on Distribution Systems with Lateral Branches Using Switched Capacitors and Voltage Regulators, Part II: The Solution Method
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Volt/Var Control on Distribution Systems with Lateral Branches Using Switched Capacitors and Voltage Regulators, Part II: The Solution Method

机译:使用开关电容器和电压调节器的带有侧分支的配电系统的电压/电压控制,第二部分:解决方法

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In this paper the optimal solutions of the following two decoupled problems are given on the basis of the model presented in Part I; (i) The capacitor (var) problem: determination of the locations, sizes and the real-time control of n ON/OFF switched and fixed shunt capacitors, (ii) The regulator (volt) problem: determination of the locations and real-time control of minimum number of voltage regulators. The objective in both problems is to minimize the peak power and the energy losses and to provide smooth voltage profile along the distribution system with lateral branches.
机译:在第一部分提出的模型的基础上,给出了以下两个解耦问题的最优解。 (i)电容器(var)问题:确定n个ON / OFF开关和固定并联电容器的位置,大小和实时控制;(ii)调节器(伏特)问题:确定位置和实时性最小数量稳压器的时间控制。这两个问题的目的都是使峰值功率和能量损失最小化,并沿着带有侧支路的配电系统提供平滑的电压曲线。

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