Optimal Scheduling Strategy for Virtual Power Plant Considering Voltage Control

Virtual power plant technology is an important measure to improve the safety level of power grid and promote the consumption of new energy through the effective mining and flexible utilization of all kinds of distributed resource regulation ability. This paper contains architectural model based on virtual power plant, study and put forward the virtual power plant economic operation optimization model, considering the voltage control requirements of virtual power plant scheduling strategy, based on improved genetic algorithm optimization method, several key technologies such as the IEEE-33 nodes distribution network as an example, established the corresponding objective function and constraint condition and solution, The practicability and effectiveness of the proposed method are proved.