该模型考虑了各时段间缺电损失的耦合关系，是一种最优潮流模型，该算法是改进的近似规划法。
The model belongs to optimal power flow model with the coupling effect of different intervals and the algorithm is an improved approximate programming method.
该方法以社会效益最大化为目标函数建立最优潮流模型，根据有效约束集得到最优潮流灵敏度系数。
Optimal power flow model is established based on minimizing operation cost, optimal power flow sensitivities is obtained by effective set of security constraints.
这种建立模型的思想还可以应用到需要计算海森矩阵的动态无功优化、最优潮流以及状态估计等问题的算法中，以提高其计算速度。
This proposed modeling idea can also be applied to dynamic reactive optimization, optimal power flow and state estimation for a faster calculation.
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.
本文提出用全部节点电压实部和虚部作为状态定量的最优潮流计算模型。
The paper proposes a model for optimal load flow calculation in which the real and imaginary parts of all the node voltages are used as state variables.
针对非线性规划最优潮流的通用数学模型，提出了基于可变容差法模型的求解方法。
Flexible tolerance method is proposed for handling the optimal power flow model of nonlinear programming.
使用基于分布式母线，并考虑经济约束的最优潮流(opf)模型，利用其可伸缩约束条件进行模糊化处理，运用改进遗传算法求解最优潮流。
And then the OPF model is changed into fuzzy using the flexible restrictions, and is operated on by the improved Genetic Algorithms.
采用指数负荷模型研究了有载调压变压器对系统最优潮流的影响。
By use of more precise exponential load model, the effect of on-load tap-changing transformer(OLTC)on optimal power flow(OPF)is analyzed.
采用指数负荷模型研究了有载调压变压器对系统最优潮流的影响。
By use of more precise exponential load model, the effect of on-load tap-changing transformer(OLTC)on optimal power flow(OPF)is analyzed.
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