Method for allocating high-proportion renewable energy consumption quotas in the electricity market
Reasonably determining the renewable energy quota ratio to maximize the consumption of renewable energy while minimizing the costs for quota-obligated entities is a critical challenge that numerous studies urgently need to address.In this article,the renewable energy quota target suitable for China is analyzed,with the goal of maximizing the interests of market participants,while considering factors such as power source characteristics,market features,and resource attributes.A non-cooperative game bi-level optimization model for renewable energy quota ratios is proposed.In this article,the renewable energy quota target suitable for China is analyzed,with the goal of maximizing the interests of market participants,while considering factors such as power source characteristics,market features,and resource attributes.A a non-cooperative game bi-level optimization model for renewable energy quota ratios is proposed.Power generators are positioned at the upper level of the model,engaging in non-cooperative games with other power generators to determine optimal pricing based on marginal costs for profit maximization.Quota-obligated entities are located at the lower level,adjusting their electricity purchase plans to optimize the reported electricity quantities and prices from power generators,thereby minimizing total electricity procurement costs.The case study analysis demonstrates that the constructed model not only enhances the benefits of market participants but also promotes the consumption of renewable energy.
renewable energy quotaconsumption of renewable energyelectricity marketnon-cooperative game
万方数据
维普
