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电网仿真备自投智能建模系统

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由于电网运行方式变化及其复杂结构,导致备自投模型建模困难,因此提出一种备自投智能建模与自动生成方法.基于变电站的拓扑结构与运行状态,实现对其拓扑结构的智能识别.通过深度优化搜索方法,确定设备间隔模型,继而采用专家规则,考虑拓扑间隔的相互影响,完成备自投的建模.通过三组不同的案例,说明提出的备自投建模方法适应电网不同接线与运行方式,可及时准确建模.结果表明该方法简单实用,可更好地仿真实际备自投动作逻辑.
BATS Intelligent Modeling in Grid Simulation
Due to the complexity of the power gird operation mode and architecture,the modeling method of busbar automatic transfer switch (BATS) becomes difficult.Therefore,this paper proposes a new intelligent modeling and auto adapted method.Based on the grid topological structure and operation mode,the topological structure can be intelligently identified.The depth optimization search method is applied to determine the equipment interval model; expert rules are adopted to complete the modeling of BATS considering the equipment interval.The analysis of three different cases shows that the proposed method can fit into different grid connection and operation modes and can model accurately.It is verfified that this easy and practical method can better simulate actual BATS operation logic.

intelligent modelingbusbar automatic transfer switch (BATS)operation logicexpert rules

江伟、裴培、王鹏

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深圳供电局有限公司,深圳518001

国网江苏省电力公司,南京210024

清华大学电机系,北京100084

智能建模 备自投 动作逻辑 专家规则

2014

华东电力
华东电力试验研究院有限公司

华东电力

CSTPCD
影响因子:0.551
ISSN:1001-9529
年,卷(期):2014.42(3)
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