At last, the IPSO algorithm is applied to TSPS to obtain optimal time-sharing power supply scheme.
最后将改进算法应用于分时供电优化，以获得最优的分时供电方案。
Simulation and industrial practical results show that global search ability of IPSO is improved greatly and optimization of TSPS can decrease the power cost notably.
仿真及实际应用结果表明，算法地改进大大提高了其全局搜索能力，分时供电的优化能显著降低锌电解过程的用电费用。
Simulation and industrial practical results show that global search ability of IPSO is improved greatly and optimization of TSPS can decrease the power cost notably.
仿真及实际应用结果表明，算法地改进大大提高了其全局搜索能力，分时供电的优化能显著降低锌电解过程的用电费用。
应用推荐