Adaptive fuzzy control strategy of STATCOM for the regulation of voltage

K. Chamundeswari, Y. Raju
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引用次数: 2

Abstract

STATCOM improves the excellence consistency to maintain regulation of voltage in the power system. And also provides the efficient capability to control the dynamic disturbances such as transient stability. In the adaptive PI control model the gains of controllers are self-adjusted during a disturbance, when the operational conditions are altered. Such that, the performance always matches a desired response, since the adjustment is independent. This paper presents the STATCOM based adaptive fuzzy controller is implemented in the power system. The proposed controller accomplishes the stability of the voltage against the uncertainties affected by external disturbances. By using this adaptive fuzzy controller the performance of STATCOM is verified through the simulation results and these results are also compared with the conventional and adaptive PI control models. Finally, the results are effective in the proposed adaptive fuzzy controller of the STATCOM. The proposed controller forces the system to return back the steady state value quicker than the PI controller.
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电压调节的自适应模糊控制策略
STATCOM提高了电力系统电压保持调节的一致性。并提供了有效的控制瞬态稳定等动态扰动的能力。在自适应PI控制模型中,当运行条件发生变化时,控制器的增益可以自调整。这样,性能总是匹配期望的响应,因为调整是独立的。本文介绍了基于STATCOM的自适应模糊控制器在电力系统中的实现。该控制器实现了电压对外界干扰不确定性的稳定。通过仿真验证了该自适应模糊控制器的性能,并将仿真结果与传统PI控制模型和自适应PI控制模型进行了比较。最后,对所提出的STATCOM自适应模糊控制器进行了验证。所提出的控制器迫使系统比PI控制器更快地返回稳态值。
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