Optimal Placement of SVC applying Queen-Bee- Assisted GA for voltage profile improvement

In power system transmission network, the problem of improvement in voltage profile is a task that must be evaluated in an ideal way. The paper presents a Queen- Bee -Assisted GA based optimization for improvement in voltage profile of power system transmission network. This algorithm has been used to evaluate power engineering optimization problems adopting desirable results than traditional techniques. This paper shows the application of Queen- bee -assisted- GA for ideal sizing and placement of SVC in a power system transmission network. The effectiveness of proposed algorithm is checked on IEEE-14 bus system. The result demonstrates that the Queen-Bee-Assisted GA is able to obtain the ideal solution with statistical significance and a large degree of convergence. The simulation results are presented to show a significant enhancement of the power system reliability and feasibility and potential of this new approach.

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