Abstract
Large-scale wind power integration is limited by power grid acceptance capacity, which can be solved effectively by the joint operation of wind power and pumped storage station. In order to evaluate the low-carbon comprehensive benefits of their joint operation, this paper analyzes the influence factors of the low-carbon comprehensive benefits, then the mathematical model of low-carbon comprehensive benefits of wind power-pumped storage power generation system is established, which analyzes the influence factors such as low-carbon, economic costs and gains. Finally, the validity of the model is verified by an example, and the results show that the low-carbon comprehensive benefits of wind power-pumped storage power generation system are very impressive.
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