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Table 14 Optimum solution for the IEEE 30 bus system with DG individually injected at each bus using the JAYA algorithm

From: Impact of the penetration of distributed generation on optimal reactive power dispatch

Bus No. Optimal DG value and Ploss Bus No. Optimal DG value and Ploss Bus No. Optimal DG value and Ploss
2 DG = 65.135046 MW
Ploss = 4.004 MW
12 DG = 61.407578 MW
Ploss = 3.3274 MW
22 DG = 60.513691 MW
Ploss = 2.7155 MW
3 DG = 79.182062 MW
Ploss = 3.2109 MW
13 DG = 60.745933 MW
Ploss = 3.3402 MW
23 DG = 36.462869 MW
Ploss = 3.3324 MW
4 DG = 98.939426 MW
Ploss = 2.3931 MW
14 DG = 26.770762 MW
Ploss = 3.8475 MW
24 DG = 44.563769 MW
Ploss = 2.9653 MW
5 DG = 73.540649 MW
Ploss = 2.4196 MW
15 DG = 51.03197 MW
Ploss = 3.0366 MW
25 DG = 33.070159 MW
Ploss = 3.4552 MW
6 DG = 104.34914 MW
Ploss = 1.8574 MW
16 DG = 44.027037 MW
Ploss = 3.4411 MW
26 DG = 13.511932 MW
Ploss = 4.0246 MW
7 DG = 81.668016 MW
Ploss = 2.0835 MW
17 DG = 62.521769 MW
Ploss = 3.1253 MW
27 DG = 46.93759 MW
Ploss = 3.1827 MW
8 DG = 80.484846 MW
Ploss = 2.3611 MW
18 DG = 37.518044 MW
Ploss = 3.2661 MW
28 DG = 79.02644 MW
Ploss = 2.3197 MW
9 DG = 93.083964 MW
Ploss = 2.1163 MW
19 DG = 40.023052 MW
Ploss = 3.1379 MW
29 DG = 21.634628 MW
Ploss = 3.6982 MW
10 DG = 79.787423 MW
Ploss = 2.4651 MW
20 DG = 41.612227 MW
Ploss = 3.1633 MW
30 DG = 22.095693 MW
Ploss = 3.5042 MW
11 DG = 92.481326 MW
Ploss = 2.1247 MW
21 DG = 62.480468 MW
Ploss = 2.6492 MW