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Demand response strategy for promoting distributed power consumption based on resident load participation

机译:基于居民负荷参与的分布式电力消耗促进需求响应策略

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摘要

Firstly, this paper introduces the concept of user-side energy management system. Secondly, it establishes the output model of wind power, photovoltaic distributed power and residential load model. Subsequently, a demand response plan with the goal of maximizing distributed wind power and photovoltaic consumption is developed. Finally, the Monte Carlo method is used to simulate the user's electricity consumption behavior. The simulation results of the actual example show that the proposed scheme can effectively promote distributed power consumption, improve the load curve and realize various economic benefits.
机译:首先,本文介绍了用户侧能源管理系统的概念。其次,建立了风能,光伏分布式能源和居民负荷的输出模型。随后,制定了以最大程度提高分布式风能和光伏消耗为目标的需求响应计划。最后,使用蒙特卡洛方法模拟用户的用电量行为。实例仿真结果表明,该方案可以有效地提高分布式功耗,改善负载曲线,实现各种经济效益。

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