voltage-reactive power optimization

基本解释

A new algorithm of voltage security constrained reactive power optimization based on Monte- Carlo simulation is proposed to im prove the voltage level of the power system .
該模型的優化結果對提高節點電壓水平和整個系統的電壓安全性傚果顯著，使系統在電壓安全的基礎上達到經濟優化。
It is very necessary for economic run of electric enterprise to decrease network loss and to optimize the node voltage through the real-time online control of reactive power optimization.
通過在線無功優化，降低網損、保証電壓質量，對供電企業的經濟運行是非常必要的。
A two-phase optimization method of multi-period reactive power and voltage control was proposed to confine the action times of control devices.
爲減少無功電壓控制設備的動作次數，提出了一種多時段無功電壓控制的兩堦段優化方法。

無功電壓優化
By the result of load forecasting, the pre-optimization is made for a whole day (e. g. 24 time-points, i. e. 24 optimizations) in conventional voltage-reactive power optimization method .
借助於負荷預測的結果，可以對全天(例如24個時間點，即24次優化)按照傳統的無功電壓優化方法進行預優化。