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Voltage Control in Smart Grids: An Approach Based on Sensitivity Theory

机译:智能电网中的电压控制:一种基于灵敏度理论的方法

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Due to the development of Distributed Generation (DG), which is installed in Medium-Voltage Distribution Networks (MVDNs) such as generators based on renewable energy (e.g., wind energy or solar energy), voltage control is currently a very important issue. The voltage is now regulated at the MV busbars acting on the On-Load Tap Changer of the HV/MV transformer. This method does not guarantee the correct voltage value in the network nodes when the distributed generators deliver their power. In this paper an approach based on Sensitivity Theory is shown, in order to control the node voltages regulating the reactive power exchanged between the network and the dispersed generators. The automatic distributed voltage regulation is a particular topic of the Smart Grids.
机译:由于分布式发电(DG)的发展,已将其安装在中压配电网(MVDN)中,例如基于可再生能源(例如风能或太阳能)的发电机,因此电压控制目前是一个非常重要的问题。现在,在作用于HV / MV变压器的有载分接开关的MV母线上调节电压。当分布式发电机提供电源时,此方法不能保证网络节点中的正确电压值。在本文中,展示了一种基于灵敏度理论的方法,以便控制节点电压来调节网络与分散式发电机之间交换的无功功率。自动分布式电压调节是智能电网的一个特殊主题。

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