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Application of series FACT devices SSSC and TCSC with POD controller in electrical power system network

机译:带POD控制器的FACT系列SSSS和TCSC系列在电力系统网络中的应用

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With the growing power demand, it is vital to expand power transfer capacity of transmission lines. But the new expansion in our present transmission system is confined due to financial problems, environmental concerns and health hazards due to electric and magnetic fields. May be its worthwhile option to use flexible AC transmission system (FACTS) for enhancement of power capacity of transmission system. This paper presents, fruitfulness FACTS devices SSSC and TCSC with POD (Power oscillation damper) as additional controller. The major function is to decrease the peaks overshooting and clearing time of inter area oscillations, hence betterment in transient stability. For the fulfillment of analysis, time domain simulation outcomes are correlated for results verification. In addition, the parallel operation of SSSC for the system has been analyzed. This paper proposes modeling and simulation on MATLAB/Simulink Software for the proposed test system. Result displays that, power oscillation are rapidly damped than traditionally PSS by employing POD with FACTS-Controllers.
机译:随着电力需求的增长,扩大传输线的电力传输容量至关重要。但是由于财务问题,环境问题以及电场和磁场对健康的危害,我们目前的传输系统的新扩展受到限制。使用灵活的交流输电系统(FACTS)来增强输电系统的功率容量可能是其值得的选择。本文介绍了以POD(功率振荡阻尼器)为附加控制器的FACTS设备SSSC和TCSC的成果。主要功能是减少峰值过冲和清除区域间振荡的时间,从而改善瞬态稳定性。为了完成分析,将时域仿真结果关联起来以进行结果验证。另外,还分析了系统中SSSC的并行操作。本文针对所提出的测试系统,提出了在MATLAB / Simulink软件上进行建模和仿真的方法。结果显示,通过将POD与FACTS-Controllers一起使用,功率振荡比传统的PSS更快。

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