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IJERTV10IS010139
Performance Study of A System with Optimal Location of STATCOM Device using MPMJ Algorithm under Normal Operating Conditions

Yeshitela Shiferaw Maru , K. Padma

Optimal power flow solution is the backbone of power system operation, power system future design, stability analysis, and power system future expansion. To solve this optimal power flow problem, there are many traditional and meta-heuristics algorithms in the literature. The regular optimal power flow has visible limitations: it takes much time to converge and fails to produce the optimal values within the operating limits. Due to these drawbacks, the researcher shifted to a meta-heuristic algorithm. In this paper mainly devoted to minimize the fuel cost of the generator, improve the voltage magnitude, reduce active power loss, and voltage stability index using the mention meta-heuristic algorithm. The feasibility and effectiveness of the proposed algorithm approach are investigated and exemplarily demonstrated on the IEEE-30 bus test system. The performance of the optimal power flow performed by allocating the proper place of the STATCOM device using the Analytical Hierarchy Process (AHP). From the simulation result for the given objective, the metaheuristic TLBO, JAYA, and MPMJ algorithm compared with and without STATCOM. Besides, the comparison is made with similar studies in the literature. Based on the simulation result, the proposed MPMJ algorithm is the most powerful for the optimization algorithm for the defined objective and selected test system.