Optimal siting for different level of DG penetration and Its Impact on Radial Distribution system under different voltage-dependent load Model

Lokesh Mallaiah, M B Ravishankar, Sandeep Kumar K J, A.D Kulkarni

Abstract


By incorporating distributed generators (DG) into the distribution network, the conventional power system's structure is altered, posing new problems to the engineering community. The issues are addressed through the use of both single and multiple goal functions. The present work employs a well-known particle swarm optimization (PSO) technique with a multi-objective function to determine the ideal location of DG at various penetration levels for various voltage-dependent load models. Thus, the influence of DG penetration levels on true and reactive power losses, voltage profile, and deviation in node voltage for different load types will be investigated. The study was performed using the IEEE-33 bus's RDS.

Keywords


Radial Distribution System; Optimal Planning of DG; PSO Optimization technique: Voltage-dependent load.

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References


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DOI (PDF): https://doi.org/10.20508/ijrer.v13i1.13701.g8705

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