Allocation and integrated configuration of capacitor banks and voltage regulators considering multi-objective variables in smart grid distribution system
Allocation and integrated configuration of capacitor banks and voltage regulators considering multi-objective variables in smart grid distribution system
复制标题
智能电网配电系统中考虑多目标变量的电容器组和调压器的分配与集成配置
DOI：
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发表时间：
2010
期刊：
影响因子：
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通讯作者：
L. Canha
中科院分区：
文献类型：
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作者：
E. Madruga;L. Canha
恒定电压水平的质量要求优化的电力系统，控制设备和几种负荷模式下的电压分布。电压调节器和电容器组的分配和配置是一个具有全混合变量和非线性约束的组合分析问题，是一个复杂的问题。为了同时支持电容器组和电压调节器的配置，本文提出了一种基于计算智能技术的计算程序，该程序考虑了一、二次网络的拓扑结构，对配电系统进行了优化，同时配置了电容器组和自动电压调节器。一旦该算法与获得的一次和二次网络、设备和用户数据的变量一起工作，它就成为未来在采用智能电网技术的网络中使用的有力工具。
The quality of the voltage levels in permanent regime demands an optimized electric system, with control of equipments and of the voltage profile in the several load patterns. The allocation and configuration of voltage regulators and capacitor banks become complex tasks, because it is a problem of combinatorial analysis with whole-mixed variables and non-lineal restrictions. With the objective of giving support to both allocation of capacitor banks and voltage regulators, this work proposes a computational program based on computational intelligence techniques, that optimizes distributions system, allocating and configuring capacitor bank and automatic voltage regulator simultaneously, considering the topology of the primary and secondary networks. Once the algorithm works with obtained variables of the primary and secondary network, equipments and consumers data, it becomes a powerful tool for future use in networks with smart grid technologies.