CAJ | 학술논문

由于10 kV馈线负荷数据多且分散，研究中往往将馈线负荷集中分布在一点进行考虑。通过建立递增、递减、均匀分布3个典型负荷模型，推导出3种模型对合环开关两侧电压的影响，然后通过叠加原理计算出合环电流，并与负荷集中分布在一点的计算结果进行比较。通过对广东某地区4个合环算例进行计算分析，说明在合环电流计算过程中，考虑馈线负荷分布对合环开关两侧电压的影响是十分必要的，可以提高合环电流计算的准确性。
유우10 kV궤선부하수거다차분산，연구중왕왕장궤선부하집중분포재일점진행고필。통과건립체증、체감、균균분포3개전형부하모형，추도출3충모형대합배개관량측전압적영향，연후통과첩가원리계산출합배전류，병여부하집중분포재일점적계산결과진행비교。통과대엄동모지구4개합배산례진행계산분석，설명재합배전류계산과정중，고필궤선부하분포대합배개관량측전압적영향시십분필요적，가이제고합배전류계산적준학성。
For reason of mass and dispersive data of 1 0 kV feeder load,it often centralizes feeder load on one point for stud-y.By establishing three typical load models including progressive increase load model,progressive decrease load model and u-niformly distributed load model,impact on loop switchgear side voltage by these three models was deduced.Based on super-position principle,loop current was calculated and the calculating result was compared with that of load centralization.By calculation analysis on four loop examples in some area in Guangdong province,it showed that in loop current calculation progress,it was very necessary to consider impact of feeder load distribution on loop switchgear side voltage which was able to improve veracity of calculation on loop current.