带RFB和UPFC的PI-PD控制器在两区域多单元电力系统中的仿真研究

Ashutosh Biswal, Sarada Prasanna Behera
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引用次数: 3

摘要

频率随负载的变化是一个很大的问题。本文采用PID/PI-PD方法,研究了水电风电场两个区域电力系统的负荷频率问题。然后在系统中引入RFB和UPFC来提高系统的性能。在所有情况下都使用PID/PI-PD控制器,控制器、RFB和UPFC的参数使用差分进化(DE)算法进行调整。整个系统采用MATLAB/SIMULINK模型进行设计;采用不同的负载模式代替阶跃负载和脉冲负载,结果表明,PI-PD控制器在频率偏差和线路功率方面对系统有改善作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation Study of Two Area Multi Unit Power Systems using PI-PD Controller with RFB and UPFC
Change in frequency with load is a great concern. In this paper a load frequency problem is address by taking two area power systems with hydro and wind power plant in each unit with PID/PI-PD. Then RFB and UPFC are introduced in the system to improve the system performance. In all the cases PID/PI-PD controller is used and the parameters of controller, RFB and UPFC are tuned using Differential Evolution (DE) algorithm. The whole system is design in MATLAB/SIMULINK model; different load pattern is applied in place of step load and pulse load results show that with PI-PD controller the improvement of system occurs in terms of deviation of frequency and tie line power.
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