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Self-adaptiveness in particle swarm optimisation to enhance available transfer capability using thyristor-controlled series compensation (TCSC)

机译:粒子群优化的自适应,采用晶闸管控制系列补偿增强可用传输能力(TCSC)

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摘要

Available transfer capability (ATC) is one of the challenging criteria under the functioning of the deregulated power system. The high demand for improving ATC is generally met using flexible alternating current transmission system (FACTS) devices in the power system. However, it suffers from serious crisis during determination of the optimal location and compensation stage of FACTS. The present study uses thyristor-controlled series compensation (TCSC) devices in order to compensate for the limitation of FACTS. Further, a novel self-adapted particle swarm optimisation (SAPSO) algorithm is proposed in this study for enhancing ATC. Experiments are carried on three benchmark bus systems such as IEEE 24, IEEE 30 and IEEE 57. Performance and statistical analyses are carried out by comparing the proposed SAPSO with the conventional PSO. Eventually, the study proves the effectiveness of the proposed method in case of ATC enhancement.
机译:可用传输能力(ATC)是解除管制电力系统的运作下的具有挑战性标准之一。 通常使用电力系统中的柔性交流传输系统(事实)器件来满足对改进ATC的高需求。 然而,在确定事实的最佳位置和补偿阶段时,它会受到严重危机。 本研究采用晶闸管控制的串联补偿(TCSC)器件来弥补事实的限制。 此外,在该研究中提出了一种新型自适粒子群优化(SAPSO)算法,用于增强ATC。 实验在三个基准总线系统上携带,例如IEEE 24,IEEE 30和IEEE 57.通过将所提出的SAPSO与传统PSO进行比较来执行性能和统计分析。 最终,该研究证明了在ATC增强的情况下提出的方法的有效性。

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