Front Inner Page - Volume 3 No.2 April 2016

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  • Title

    :

    A Novel Self-Adaptive Bacterial Foraging Optimization (BFO) based Power Flow with Emission Control and Economic Dispatch

    Authors

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    T. Sheela Rani1G. Sundarrajan2

    Keywords

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    Economic Load Dispatch (ELD), BFO, Power system Analysis, IEEE 30 Bus system, DG placement, Power emission control.

    Issue Date

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    April– 2016

    Abstract

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    The ELD (Economic load dispatch) is the one of the critical problem in distribution network. It includes cost maintenance and determining the size of the distribution network. This can be performed by selecting the position for Distributed Generator (DG) to maintain the power in distribution network. The power flow optimization is done by the proposed method helps to maintain power in an economical manner. In the proposed work, Bacterial Foraging Optimization (BFO) is utilized to improve the quality of the output.The optimal power flow analysis is undertaken to schedule and maintain the power balance in distribution network. The generator cost and emission is calculated based generator power, which enables to optimize the cost and emission of the generator. The experimental analysis is made by performing the simulation in MATLAB environment with IEEE bus system. The setup helps to measure the power flow and to determine the number of generators required to maintain the power in the DG network. The study is evaluated with various performance metrics such as iteration cost, power loss, and emission control with quality power output compared to that of PSO and ACO algorithms.

    Page(s)

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    43-47

    ISSN

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    2347- 4734

    Source

    :

    Vol. 3, No.2, April 2016

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