Osprey Optimization-based Reactive Power Optimization of Power Systems
In order to improve safety and economy of power system operation and reduce the adverse impact of active pow-er loss,this paper proposes the use of osprey optimization algorithm (OOA)to achieve reactive power optimization,and the modeling of reactive power optimization with an objective function minimizing active power loss.Comparative simula-tion conducted on IEEE 30 node system using MATLAB platform shows that OOA is superior to PSO algorithm in con-vergence speed,tolerance to local optima,and suppression of system active power losses,and is applicatory in power sys-tems.
osprey optimization algorithmreactive power optimizationactive power loss
万方数据
维普
