ISSN: 2776-0979, Volume 4, Issue 4, April., 2023
118
Three
PV
Bus (Sizes
(KW
/P.F))
13 (798/1)
30 (1050/1)
24 (1099/1)
13(798/1)
30(1050)
24 (1099)
14(770/1)
30(1070/1)
24(1090/1)
13(801.71/1)
30(1053.6/1)
24 (1091.3/1)
Power loss
(KW)
72.79
72.79
72.790
72.786
One
WT
Bus (Size
(KW
/P.F))
6 (3028/0.82)
6(3119/0.82)
6(3035/0.82)
6(2558.5/0.82)
Power loss
(KW)
67.937
67.937
67.928
67.83
Two
WT
Bus (Sizes
(KW
/P.F))
13(1039/0.91)
30(1508/0.72)
13(938/0.90)
30(1573/0.73)
13(914/0.91)
30(1535/0.73)
13(858.3/0.91)
30 (1089.1/0.7)
Power loss
(KW)
28.98
28.98
28.56
28.50
Three
WT
Bus (Sizes
(KW
/P.F))
13 (873/0.9)
30(1439/0.71)
24(1186/0.89)
13(886/0.90)
30(1450/0.71)
24(1189/0.90)
13(863/0.91)
30(1431/0.71)
24(1188/0.9)
24(1069.9/0.9)
30(1029.9/0.71)
13 (793.8/0.9)
Power loss
(KW)
11.76
11.8
11.76
11.740
4.
Conculision
In this paper, whale optimization algorithm (WOA)
with a loss sensitivity index (LSI)
has been proposed for the solution problem of optimal allocation of DG units in RDN.
The main goal of the proposed technique is to minimizing power losses. The proposed
approach has been applied to the standard 33-bus
system and compared results
obtained with existing optimization techniques. The proposed approach is very
effective in finding the optimal solution (minimum power loss) compared to other
optimizations technique. This study also focuses on
parameters that depend on
optimal DG allocation and sizing [20-25].
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