Synthesis integrating wind generation and FACTS of network

Labiba Adjoudj, F. Lakdja, F. Z. Gherbi, Djaffar Ould Abdsallem
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引用次数: 4

Abstract

Integration of wind turbines may have significant impacts on power system operation. Generation of electricity from wind power has received considerable attention. This paper analyzes the impact of integrating wind generation and FACTS on the voltage collapse and active losses of network IEEE 30 bus test. Therefore, we must choose among FACTS devices, those with specific applications such as maintaining the voltage at the desired value and the control of power flow, SVC is the most effective in the compensation of reactive as well as maintaining the voltage, and TCSC is the best choice for a proper control of power flow and consequently the reduction of active losses. The simulation results show clearly the effect of wind power plants and FACTS on the grid, voltage stability and power quality of electric power system.
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风力发电与电网FACTS的综合
风力发电机组的集成可能对电力系统的运行产生重大影响。风力发电已经受到了相当大的关注。本文分析了风力发电与FACTS集成对电网IEEE 30总线测试电压崩溃和有功损耗的影响。因此,我们必须在FACTS器件中进行选择,这些器件具有特定的应用,如将电压保持在期望值和控制潮流,SVC在补偿无功和保持电压方面是最有效的,而TCSC是适当控制潮流从而降低有功损耗的最佳选择。仿真结果清楚地显示了风力发电厂和FACTS对电网、电压稳定性和电力系统电能质量的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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