CAJ | 학술논문

介绍一种改进粒子群的无功优化方法。采用简化粒子群优化方程和添加极值扰动算子两种策略加以改进,提出简化粒子群优化（SPSO）算法、带极值扰动粒子群优化（DPSO）算法,并将二者结合起来提出带极值扰动的简化粒子群优化（DSPSO）算法。以IEEE6节点系统为例进行无功优化计算,并与其他算法进行比较,结果表明：该算法具有较快的收敛速度及较强的全局搜索能力,可较好地解决电力系统的无功优化问题。
개소일충개진입자군적무공우화방법。채용간화입자군우화방정화첨가겁치우동산자량충책략가이개진,제출간화입자군우화（SPSO）산법、대겁치우동입자군우화（DPSO）산법,병장이자결합기래제출대겁치우동적간화입자군우화（DSPSO）산법。이IEEE6절점계통위례진행무공우화계산,병여기타산법진행비교,결과표명：해산법구유교쾌적수렴속도급교강적전국수색능력,가교호지해결전력계통적무공우화문제。
This article deals with a reactive power optimization with improved particle swarm optimization. Simplified particle swarm optimization and adding extreme value disturbance operators are adopted to bring about the following two algorithms, namely, SPSO and DPSO. An integration of the two methods leads to DSPSO. Taking IEEE six nodes as an example, reactive power optimization computation is conducted and compared with other methods. The result shows that the convergence rate of the new method is faster and its global search capacity is stronger therefore it is likely to solve the problems in reactive power optimization.