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New design of variable structure control based on lightning search?algorithm for nuclear reactor power system considering load-following operation

机译:基于闪电搜索的可变结构控制的新设计?考虑负载跟踪操作的核电抗器电力系统算法

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Reactor control is a standout amongst the most vital issues in the nuclear power plant. In this paper, the optimal design of variable structure controller (VSC) based on the lightning search algorithm (LSA) is proposed for a nuclear reactor power system. The LSA is a new optimization algorithm. It is used to find the optimal parameters of the VSC instead of the trial and error method or experts of the designer. The proposed algorithm is used for the tuning of the feedback gains and the sliding equation gains of the VSC to prove a good performance. Furthermore, the parameters of the VSC are tuned by the genetic algorithm (GA). Simulation tests are carried out to verify the performance and robustness of the proposed LSA-based VSC compared with GA-based VSC. The results prove the high performance and the superiority of VSC based on LSA compared with VSC based on GA.
机译:反应堆控制是核电站最重要的问题中的突出。本文提出了一种基于闪电搜索算法(LSA)的可变结构控制器(VSC)的最佳设计,用于核反应堆电力系统。 LSA是一种新的优化算法。它用于查找VSC的最佳参数,而不是设计者的试验和错误方法或专家。所提出的算法用于调谐反馈增益和VSC的滑动方程增益以证明良好的性能。此外,VSC的参数被遗传算法(GA)调整。进行仿真测试以验证所提出的基于LSA的VSC的性能和鲁棒性与基于GA的VSC相比。基于GA的VSC,结果证明了基于LSA的高性能和VSC的优越性。

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