oa Power System Stabilizer Design Based On Honey-bee Mating Optimization Algorithm

Power system stability is one of the main factors in performance of electrical system. A control system must retain frequency and voltage size under any distortion such as sudden increase in load, to leave a generator from circuit or cut off a transmission line in a constant level. In this paper, Honey-Bee Mating Optimization (HBMO) algorithm has been used to design power system stabilizer. It is based on the mating between queen and bees. Meta-heuristics honey-bee mating optimization algorithm is considered to be as intelligent algorithm. Simulation results show that HBMO algorithm is simple to solve optimization issues. It works based on the changes in the system to adapt with reality and increase flexible parameters in comparison with other methods. Furthermore, considering performance level, it has suitable standard deviation and convergence of approximation.