Analyses prove that this method is superior to conventional controlling methods in minimum voltage deviation and operating frequencies to achieve multi-object optimum.
分析证明,这种方法优于常规的控制方法,有最小的电压偏差和调节次数,达到多目标优化。
Analyses prove that this method is superior to conventional controlling methods in minimum voltage deviation and operating frequencies to achieve multi-object optimum.
分析证明,这种方法优于常规的控制方法,有最小的电压偏差和调节次数,达到多目标优化。
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