本文提出一种新的较实用的方法求解概率潮流问题。
This paper presents a new practical method to calculate probabilistic load flow.
提出了一种包含统一潮流控制器(upfc)的概率潮流算法。
A probabilistic load flow algorithm concerning the Unified Power flow Controller (UPFC) is presented.
文中探讨概率潮流计算在电力系统规划设计和运行方式研究中的应用。
The application of probabilistic load flow analysis in power system planning and operation are investigated in this paper.
将概率潮流与二阶连续潮流(QCPF)相结合，在QCPF计算中考虑负荷变化的彼此相关性。
Combination of the probabilistic power flow and the quadratic continuous power flow (QCPF) approaches makes it possible to consider the dependencies of load variations in the QCPF calculation.
确定性潮流计算在反映配电网运行时的波动情况时存在着缺陷，引入了概率潮流计算理论进行配电网潮流分析。
Because there is limitation in calculating load flow by using determinate method, this paper introduce probabilistic load flow (PLF) to analyze distribution system.
而概率潮流方法可充分考虑风电场出力的随机性，能为含风电场的电力系统规划运行人员提供更全面有用的信息。
The probabilistic load flow method can fully taken into account the randomicity of wind farm, which can give much more useful information for the dispatch department's decision-making and planning.
针对考虑负荷概率分布的随机最优潮流问题，建立了相应的机会约束规划模型。
A chance constrained programming model is built to the stochastic optimal power flow problem (S-OPF) considering load probabilistic distributions.
针对考虑负荷概率分布的随机最优潮流问题，建立了相应的机会约束规划模型。
A chance constrained programming model is built to the stochastic optimal power flow problem (S-OPF) considering load probabilistic distributions.
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