本文分析了基于实时动态潮流计算的预测电力系统的稳态频率的方法。
This dissertation analyses the estimation of steady state frequency method based on the calculating of real-time dynamic power flow.
通过接口程序与SCADA系统相连接，将实时数据读取到系统中进行潮流计算调试；
The real-time data was placed in the system for power flow calculation and debugging. The network was connected with SCADA system through interface program.
最后，本文对PS A SP采用EMS实时数据进行潮流计算的结果与EMS实时数据不一致的问题进行了分析和研究。
Finally, the problem about the results of power flow computed by the PSASP different from the data in the EMS is researched in this paper.
在电力市场环境下，最优潮流是计算实时电价的有力工具，因而就对最优潮流的计算速度提出了更高的要求。
Optimal power flow (OPF) is a useful tool for calculating spot price under power market environment. This paper present a fast decoupled interior point (FDIP) OPF.
在电力市场环境下，最优潮流是计算实时电价的有力工具，因而就对最优潮流的计算速度提出了更高的要求。
Optimal power flow (OPF) is a useful tool for calculating spot price under power market environment. This paper present a fast decoupled interior point (FDIP) OPF.
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