由原始资料负荷资料可知100kv侧线路共三回，两用一备，有穿越功率，穿

由原始资料负荷资料可知100kv侧线路共三回，两用一备，有穿越功率，穿越功率经过100kv母线配电装置传出。10kv侧线路共15回，13用2备，负荷较大，无功补偿应选在10kv侧，一二级负荷所占比例较大，对供电可靠性要求较高。因此100kv,10kv侧母线可考虑对供电可靠性较高的单母线分段和双母线接线两种接线形式。

由原始资料负荷资料可知100kv侧线路共三回，两用一备，有穿越功率，穿越功率经过100kv母线配电装置传出。 10kv侧线路共15回，13用2备，负荷较大，无功补偿应选在10kv侧，一二级负荷所占比例较大，对供电可靠性要求较高。 因此100kv,10kv侧母线可考虑对供电可靠性较高的单母线分段和双母线接线两种接线形式。

From the load data of the original data, it can be seen that the 100kV side line has three circuits, two for use and one for standby, with crossing power, which is transmitted through the 100kV bus distribution device. The 10kV side line has 15 circuits in total, 13 for use and 2 for standby. The load is large. The reactive compensation should be selected at 10kV side. The proportion of primary and secondary load is large, which requires high reliability of power supply. Therefore, 100kV and 10kV side buses can be divided into two types: single bus section connection and double bus connection.<br>