Optimal placement of DG for minimizing power loss, voltage deviation
Optimal Placement of DG for minimizing power loss, voltage deviation and harmonics in an electrical distribution system
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The proposed technique Artificial Bee Colony (ABC) calculation is use to locate the perfect size and allotment of DG for better reduction in power loss, decrease of THD and derivation of voltage profile in an electrical conveyance systems. There is an improvement in the voltage profile through the allocation of DG in the networks since a portion of the real power is provided by the DG to the load locally. The proposed strategy shows that if DG is available at the suitable area it will bring about the reduction of genuine power loss, total harmonic distortion (THD) and also the improvement in t...
The proposed technique Artificial Bee Colony (ABC) calculation is use to locate the perfect size and allotment of DG for better reduction in power loss, decrease of THD and derivation of voltage profile in an electrical conveyance systems. There is an improvement in the voltage profile through the allocation of DG in the networks since a portion of the real power is provided by the DG to the load locally. The proposed strategy shows that if DG is available at the suitable area it will bring about the reduction of genuine power loss, total harmonic distortion (THD) and also the improvement in the voltage profile. Simulations were carried out on the IEEE 34-transport spiral feeder frameworks. The proposed ABC calculation effectively accomplished the ideal arrangements at various cases with favorable circumstances of less CPU time-utilization and high arrangement quality utilizing MATLAB.
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