Abstract
The large-scale integration of wind power into the grid requires the redesign and expansion of the transmission network. The volatility of wind power and the limited application of energy storage have prompted the inclusion of demand-side response in transmission planning to improve the resilience of the grid. In this paper, a power system planning model that incorporates demand-side response is developed and the model is solved by using a greedy stochastic adaptive search process. Based on the results of the Garver 6-node test, the old and new models are compared to validate the effectiveness of the power system planning model considering demand side response.
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