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Optimization Model of Joint Operation Risk Control of Virtual Power Plant Power Selling Company

In China's current power market, traditional energy companies generally do not enjoy preferential policies, and need to face fierce competition. However, the industrial background and marketization policies of renewable energy and traditional power supply are different, so the risk factors of traditional power generation enterprises for different markets and the risk control optimization model constructed are not applicable to renewable energy power selling companies. At present, policies on the entry of distributed power supply into the power market was issued, and the government gradually reduce the subsidy price to encourage distributed power supply to participate in the power market transactions as power selling companies, so it is necessary to study and optimize the risk control of distributed power supply companies. Virtual power plant is an effective form for distributed power supply to participate in market transactions as a power selling company. This paper studies from the perspective of risk operation control, a virtual power plant operation risk optimization model is constructed, and industry development trend analysis is combined to help power selling companies control the impact of policy risk.