Reactive power optimization based on global particle swarm optimization algorithm
Xin Li
Abstract
Xin Li
Abstract
On the basis of the limit of particle swarm optimization algorithm,this paper proposes global particle swarm optimization algorithm which is applied in electric power system reactive power optimization,establishes reactive power optimization model based on global particle swarm optimization,introduces concrete calculation procedure and works out convergence rate and optimization effect of reactive power optimization by testing IEEE30 node example.
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On the basis of the limit of particle swarm optimization algorithm,this paper proposes global particle swarm optimization algorithm which is applied in electric power system reactive power optimization,establishes reactive power optimization model based on global particle swarm optimization,introduces concrete calculation procedure and works out convergence rate and optimization effect of reactive power optimization by testing IEEE30 node example.
Key concepts: Multi-swarm optimization, Particle swarm optimization, Metaheuristic, Derivative-free optimization, Meta-optimization, Mathematical optimization, Imperialist competitive algorithm, Global optimization