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Research on strategy about time-of-use pricing and economic operation of power supplier based on Stackelberg game

机译:基于Stackelberg博弈的供电商分时定价与经济运行策略研究

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摘要

Demand-side management is an important method to improve the stability of power consumption and the reliability of power grid. In Energy Internet, the power supplier can obtain more detailed data about users' behaviour with numerous smart devices and advanced information network. Here, the utility function of power supplier is established by using the utility function of different users at different times, explicitly taking into account the economic operation's impact. The authors propose a Stackelberg game model to formulate the gaming process between users and power supplier. The authors convert the model into a convex problem to maximum power supplier's benefit, and then calculate the corresponding optimal time-of-use prices, and optimal economic operation power. The simulation results show that the model is effective and has a better result than the traditional profit-only model and non-time-of-use electricity pricing model.
机译:需求侧管理是提高用电稳定性和电网可靠性的重要手段。在能源互联网中,电力供应商可以通过众多智能设备和高级信息网络获得有关用户行为的更详细的数据。在此,通过明确考虑经济运行的影响,通过在不同时间使用不同用户的效用函数来建立供电者的效用函数。作者提出了一个Stackelberg游戏模型来制定用户与电源供应商之间的游戏过程。作者将模型转换为最大供应商收益最大化的凸问题,然后计算相应的最佳使用时间价格和最佳经济运行功率。仿真结果表明,该模型是有效的,并且比传统的纯利润模型和非分时电价模型具有更好的效果。

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