Optimization of Placement and Sizing on Distributed Generation Using Technique of Smalling Area
2021 IEEE Electrical Power and Energy Conference (EPEC), 2021•ieeexplore.ieee.org
The quality of the electrical distribution system is very important in a power system. One of
the efforts has been able to make the distribution system more effective is the installation of
distributed generator. The Technique of Smalling Area was proposed to determine the
optimal location and capacity of the distribution generator to improve the voltage profiles and
reduce losses. Optimal conditions were obtained for 500 candidates, where the placement
of DG on Buses 8, 12, 13, and 14 with DG sizes were 0.088 kW, 0.012 kW, 0.929 kW, and …
the efforts has been able to make the distribution system more effective is the installation of
distributed generator. The Technique of Smalling Area was proposed to determine the
optimal location and capacity of the distribution generator to improve the voltage profiles and
reduce losses. Optimal conditions were obtained for 500 candidates, where the placement
of DG on Buses 8, 12, 13, and 14 with DG sizes were 0.088 kW, 0.012 kW, 0.929 kW, and …
The quality of the electrical distribution system is very important in a power system. One of the efforts has been able to make the distribution system more effective is the installation of distributed generator. The Technique of Smalling Area was proposed to determine the optimal location and capacity of the distribution generator to improve the voltage profiles and reduce losses. Optimal conditions were obtained for 500 candidates, where the placement of DG on Buses 8, 12, 13, and 14 with DG sizes were 0.088 kW, 0.012 kW, 0.929 kW, and 0.489 kW, respectively. The proposed method was able to reduce distribution losses by 81.575% and provided better performance than the previously Genetic Algorithm method.
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