高渗透变流器接口发电大型电力系统中的并网变流器:同步稳定性综述

Guangdou Zhang, Jian Li, Y. Xing, O. Bamisile, Qi Huang
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引用次数: 2

摘要

基于电子和变换器的发电(CBG)的高渗透率是未来电力系统的趋势。目前在现实大型电网中,变流器的工作方式主要是跟随电网的工作方式,需要一台同步电机来建立参考电压,并为电网提供可再生资源。随着可再生能源的不断增加,使变流器作为电压源并网变得越来越重要,这被称为并网控制框架。虽然成网变流器在微电网中有一定的应用,但其在大系统中的实现仍是一个较为复杂的问题,需要进一步探讨。传统电网并网变流器的稳定性问题是制约可再生能源发展的关键问题。本文对这一问题进行了综述,并对近几十年来的研究进行了综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Grid-Forming Converter in High Penetration of Converter-Interfaced Generation Large-Scale Power System: A Review of Synchronization Stability
The high penetration of electronic and converter-based generation (CBG) is the trend of the future power system. The working mode of converters in realistic large-scale gird nowadays are gird-following mode which needs a synchronous machine to build the reference voltage and the renewable resource feeding the grid. With increasing renewable energy resources, it is important to make the converters work as a voltage source to form the grid which is called the grid-forming control frame work. Although there are some applications of the grid-forming converter in Microgrids, its implementation in a large-scale system is still an issue that is more complicated thus should be discussed. The stability issue of converter connected to the traditional power grid is the key problem that limits the development of renewable energy. This paper reviews this issueandreportstheresearchonthisdecades.
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