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Research on a Micro-Grid Frequency Modulation Strategy Based on Optimal Utilization of Air Conditioners

机译:基于空调最佳利用的微电网调频策略研究

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With the proportion of air conditioners increasing gradually, they can provide a certain amount of frequency-controlled reserves for a micro-grid. Optimizing utilization of air conditioners and considering load response characteristics and customer comfort, the frequency adjustment model is a quadratic function model between the trigger temperature of the air conditioner compressor, and frequency variation is provided, which can be used to regulate the trigger temperature of the air conditioner when the micro-grid frequency rises and falls. This frequency adjustment model combines a primary frequency modulation method and a secondary frequency modulation method of the energy storage system, in order to optimize the frequency of a micro-grid. The simulation results show that the frequency modulation strategy for air conditioners can effectively improve the frequency modulation ability of air conditioners and frequency modulation effects of a micro-grid in coordination with an energy storage system.
机译:随着空调的比例逐渐增加,它们可以为微电网提供一定数量的频率控制储备。为了优化空调的利用率并考虑负载响应特性和客户舒适度,频率调整模型是空调压缩机触发温度之间的二次函数模型,并提供了频率变化,可用于调节空调压缩机的触发温度。微电网频率上升和下降时的空调。该频率调整模型结合了能量存储系统的一次频率调制方法和二次频率调制方法,以优化微电网的频率。仿真结果表明,空调的调频策略可以有效地提高空调的调频能力,并与储能系统协同有效地提高微电网的调频效果。

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