dycompensationresult.txt

关于无功补偿的matlab优化程序

低压集中无功补偿方式下补偿后潮流计算结果分析
选择补偿点为节点2
补偿后各节点的电压
1.06471
1.0458
1.01775
0.986273
0.951731
0.928093
0.873537
0.873169
0.872076
1.04512
0.982379
0.970379
0.968989
0.964068
0.962837
0.92468
0.92208
0.920072
0.871767


选择补偿点为节点3
补偿后各节点的电压
1.0647
1.04581
1.01775
0.98628
0.951737
0.928099
0.873542
0.873174
0.872081
1.04527
0.982385
0.970386
0.968996
0.964074
0.962844
0.924686
0.922086
0.920078
0.871772


选择补偿点为节点4
补偿后各节点的电压
1.06468
1.04577
1.01772
0.986249
0.951709
0.928072
0.873518
0.87315
0.872058
1.04509
0.982355
0.970355
0.968964
0.964043
0.962812
0.924658
0.922058
0.92005
0.871748


选择补偿点为节点5
补偿后各节点的电压
1.06498
1.04617
1.01828
0.986957
0.952369
0.9287
0.87407
0.873702
0.872611
1.04549
0.983763
0.974222
0.973091
0.969149
0.968181
0.925291
0.922694
0.920689
0.872302


选择补偿点为节点6
补偿后各节点的电压
1.06468
1.04577
1.01773
0.986257
0.951722
0.928085
0.873529
0.873161
0.872069
1.04509
0.982363
0.970363
0.968973
0.964052
0.962821
0.924671
0.922071
0.920064
0.871759


选择补偿点为节点7
补偿后各节点的电压
1.06479
1.04593
1.01794
0.986525
0.952052
0.928461
0.873856
0.873488
0.872397
1.04525
0.982633
0.970639
0.969249
0.964331
0.963101
0.925672
0.923559
0.921929
0.872088


选择补偿点为节点8
补偿后各节点的电压
1.06468
1.04577
1.01772
0.98625
0.951713
0.928079
0.873531
0.873163
0.87207
1.04509
0.982356
0.970356
0.968965
0.964044
0.962813
0.924665
0.922066
0.920058
0.871761


选择补偿点为节点9
补偿后各节点的电压
1.06472
1.04583
1.0178
0.986353
0.951839
0.928221
0.873709
0.873394
0.872303
1.04515
0.982459
0.970462
0.969072
0.964152
0.962921
0.924808
0.922209
0.920202
0.872246


选择补偿点为节点10
补偿后各节点的电压
1.06468
1.04577
1.01773
0.986261
0.951726
0.928094
0.873549
0.873192
0.872177
1.04509
0.982367
0.970367
0.968976
0.964055
0.962825
0.92468
0.922081
0.920073
0.87179


由结果知:进行低压集中补偿后电网电压改善不明显很难满足供电要求(电压标幺值达0.9),故考虑选择线路固定补偿方式进行补偿