A Dynamic Economic Dispatch Model Incorporating Wind Power Based on Chance Constrained Programming
AbstractIn order to maintain the stability and security of the power system, the uncertainty and intermittency of wind power must be taken into account in economic dispatch (ED) problems. In this paper, a dynamic economic dispatch (DED) model based on chance constrained programming is presented and an improved particle swarm optimization (PSO) approach is proposed to solve the problem. Wind power is regarded as a random variable and is included in the chance constraint. New formulation of up and down spinning reserve constraints are presented under expectation meaning. The improved PSO algorithm combines a feasible region adjustment strategy with a hill climbing search operation based on the basic PSO. Simulations are performed under three distinct test systems with different generators. Results show that both the proposed DED model and the improved PSO approach are effective. View Full-Text
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Cheng, W.; Zhang, H. A Dynamic Economic Dispatch Model Incorporating Wind Power Based on Chance Constrained Programming. Energies 2015, 8, 233-256.
Cheng W, Zhang H. A Dynamic Economic Dispatch Model Incorporating Wind Power Based on Chance Constrained Programming. Energies. 2015; 8(1):233-256.Chicago/Turabian Style
Cheng, Wushan; Zhang, Haifeng. 2015. "A Dynamic Economic Dispatch Model Incorporating Wind Power Based on Chance Constrained Programming." Energies 8, no. 1: 233-256.