主馈线

该算法在传统最小路算法上加以修正，采用深度优先搜索（DFS）从分支线首端至负荷点的最小路，主馈线元件根据接线形式计入计算，从而省略了非最小路元件的等值过程。

The algorithm makes progress on traditional minimal path . The path is searched from the sub feeder to terminal by DFS , and the main feeder components are calculated according to cases .

主馈线分段开关的设置研究

Deployment of disconnect switches on main feeder

针对配电网负荷多变的特点，提出采用电容器对10kV配电网进行无功补偿时，采用分支线路末端配电变压器低压侧和主馈线相结合的优化补偿方式。

A var compensation scheme , which considers both main feeder and transformer low-voltage side of branch lines , is proposed for 10 kV distribution network with capacitors .

主馈线和分支线路相结合的配电网无功补偿

Distribution network var compensation considering both feeder and branches

配电网主馈线分段开关优化配置的新方法

A new method to optimize the sectional switches on main feeder of the distribution network