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Optimization of Wind Thermal Coordination Dispatch using Flower Pollination Algorithm
Non conventional energy sources have turned the attention of power system experts due to the environmental and economic issues. Among the different renewable energy sources wind energy is considered to be remarkable because it can be obtained at free of cost. Normally power generation is carried out using thermal generators. In this paper the integration of thermal generators with wind units are considered and the solution of wind thermal dispatch problem using Flower Pollination Algorithm (FPA) is implemented. This algorithm is implemented to find the minimum production cost with valve effects of thermal units included. The effectiveness of the proposed approach is validated using two IEEE test systems consisting of six and thirteen units with a wind farm of 100MW capacity. The analysis is carried out neglecting the transmission losses. Simulation results predict the inclusion of wind power reduces the overall production cost.
Optimization of Wind Thermal Coordination Dispatch using Flower Pollination Algorithm
Non conventional energy sources have turned the attention of power system experts due to the environmental and economic issues. Among the different renewable energy sources wind energy is considered to be remarkable because it can be obtained at free of cost. Normally power generation is carried out using thermal generators. In this paper the integration of thermal generators with wind units are considered and the solution of wind thermal dispatch problem using Flower Pollination Algorithm (FPA) is implemented. This algorithm is implemented to find the minimum production cost with valve effects of thermal units included. The effectiveness of the proposed approach is validated using two IEEE test systems consisting of six and thirteen units with a wind farm of 100MW capacity. The analysis is carried out neglecting the transmission losses. Simulation results predict the inclusion of wind power reduces the overall production cost.
Optimization of Wind Thermal Coordination Dispatch using Flower Pollination Algorithm
Dhayalini, K. (author)
2016-12-16
doi:10.24297/jac.v12i16.978
JOURNAL OF ADVANCES IN CHEMISTRY; Vol. 12 No. 16 (2016); 4963-4970 ; 2321-807X
Article (Journal)
Electronic Resource
English
DDC:
690
Optimization of Wind Thermal Coordination Dispatch using Flower Pollination Algorithm
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