Multi Area Multi Objective Dynamic Economic Dispatch with Renewable Energy and Multi Terminal DC Tie Lines
Musau, Moses Peter
Abungu, Nicodemus Odero
Wekesa, Cyrus Wabuge
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In this paper, an improved wheeling method (IWM) for a fully constrained five –area multi area multi objective dynamic economic dispatch (MAMODED) with renewable energy(RE) is proposed where the area interconnections is achieved using multi terminal DC(MTDC) tie lines for the first time. A three-method hybrid of Modified Firefly Algorithm with Levy Flights and Derived Mutation (MFA-LF-DM) is used to illustrate the optimization of the system. The levy flights reduce the random movement of the objective function while the derived mutations are improve the exploration of the candidate solution. The uncertainties and variability of the renewable sources are modelled using scenario based method (SBM). A comparison will be made using the MAMODED with RE but traditional HVAC interconnections. The simulation results reveal that integration of RE led to an IWM with reduced cost and emissions.Further use of MTDC interconnection gave better optimal results as compared to the traditional HVAC tie lines.
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Musau, Moses Peter; Abungu, N.O; Wekesa, Cyrus Wabuge (Journal of Power and Energy Engineering, 2018)Security constrained multi area multi objective dynamic economic dispatch (SCMAMODED) with renewable energy (RE) and all the possible MTDC stability constraints is formulated for the first time. The stability merits of ...
Manteaw, Emmanuel Dartey; Odero, Nicodemus Abungu (International Journal of Scientific and Research Publications, 2012)The problem of power system optimization has become a deciding factor in current power system engineering practice with emphasis on cost and emission reduction. The economic and emission dispatch problem has been addressed ...
Musau, Peter Moses; Abungu, Nicodemus Odero; Wekesa, Cyrus Wabuge (Science Publishing Group, 2015)The formulation and solution of the Dynamic Economic Dispatch (DED) problem is one of the key disciplines in modern power system operation, planning, operation and control. Past researches have considered DED on Quadratic ...