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Smart brute-force approach for distribution feeder reconfiguration problem

机译:用于分配馈线重新配置问题的智能蛮力方法

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摘要

The massive introduction of generation at the distribution level changes the electric network operation paradigm. According to the rules that govern the relationship between the distribution system operator and the transmission system operator, it becomes interesting to reconfigure the distribution system to control the power consumption and injection at each substation and to determine the switch configuration that optimizes this behaviour at substations. This paper proposes a method to solve this distribution feeder reconfiguration (DFR) problem. First, an offline computation, based on a graph-oriented approach, finds all valid radial configurations and their similarities, then, according to a load setting, a sub approximation of the operating cost is computed and used with electrical constraints detection to reduce the number of necessary load flow computations in a brute-force approach to choose the optimal configuration. This method is exemplified on a test case including 4 substations, 124 nodes, 115 uncontrolled lines and 23 switch controlled lines.
机译:分配水平的大规模引入改变了电网运行范式。根据规则,管理分发系统运营商和传输系统操作员之间的关系,重新配置分配系统以控制每个变电站的功耗和注射并确定在变电站上优化这种行为的开关配置。本文提出了一种解决该分发馈线重新配置(DFR)问题的方法。首先,基于面向图形的方法的离线计算找到所有有效的径向配置和它们的相似性,然后,根据负载设置,计算运行成本的子近似并与电气约束检测一起用于减少数量在蛮力方法中的必要负载流量计算中选择最佳配置。该方法在包括4个变电站,124个节点,115个不受控制的线路和23个开关管线中的测试用例上举例说明。

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