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Optimal Interactive Operation of Microgrid Under Demand Response Based on Rolling Optimization Algorithm

机译:基于轧制优化算法的需求响应下的微电网的最优交互操作

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As one of the ways to integrate of distributed sources,energy storage and flexible loads,micro grid technology is closely related to demand side response and has become the important area of energy research.In this paper,the micro grid optimization model is established considering the operation characteristics of different types of micro sources and the demand for different test modes of demand response.Then the model and adjustment strategy of flexible loads in rolling algorithm are proposed.Finally,by means of simulation analysis,it shows the demand side response management system model not only improves the electricity consumption economy and energy efficiency,but also plays a role of peak load shifting,which demonstrates the effectiveness of the rolling algorithm and model.
机译:作为集成分布式源,能量存储和柔性负载的方式之一,微电网技术与需求侧反应密切相关,已成为能源研究的重要领域。在本文中,考虑到了微电网优化模型 不同类型的微源的操作特性以及对不同测试模式的需求响应。提出了滚动算法柔性负载的模型和调整策略。通过仿真分析,它显示了需求侧响应管理系统 模型不仅提高了电力消耗经济和能源效率,而且还发挥了峰值载荷转移的作用,这表明了滚动算法和模型的有效性。

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