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An Investigation of Scaled-FLC Using PSO for Multi-area Power System Load Frequency Control

机译:基于PSO的Scale-FLC在多区域电力系统负载频率控制中的研究

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摘要

Load Frequency Control (LFC) is one of power systems important requirements which maintain the zero steady-state errors in the frequency changing and restoring the natural frequency to its normal position. Many problems are subject to LFC such as suddenly large load or suddenly disconnecting generating unit by the protection device. In this paper, multi-area Frequency Control by using the combination of PSO and fuzzy logic control (FLC) technique. PSO optimization method is used to tuning the fuzzy controller input and output gains. Four of an interconnected electrical power system used as a testing the effectiveness of the proposed method compared to a conventional PI controller and scaled-fuzzy controller. The simulation result has been shown that the controller can generate the best dynamic response in multi-load conditions.
机译:负载频率控制(LFC)是电力系统的重要要求之一,可在频率变化中保持零稳态误差并将自然频率恢复到其正常位置。 LFC会遇到很多问题,例如突然的大负载或通过保护装置突然断开发电单元。本文结合PSO和模糊逻辑控制(FLC)技术进行多区域频率控制。 PSO优化方法用于调整模糊控制器的输入和输出增益。与传统的PI控制器和比例模糊控制器相比,互连的电力系统中有四个用作测试所提出方法的有效性。仿真结果表明,该控制器可以在多负载条件下产生最佳的动态响应。

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