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NUMERICAL STUDIES OF AGGREGATE DEMAND RESPONSE BY REAL-TIME PRICING

机译:实时定价对总需求响应的数值研究

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This paper numerically studies aggregate demand response by real-time pricing (RTP). The paper regards RTP as a feedback control system composed of the actual total electric consumption (an output signal), the desired total electric consumption (a reference signal), and electric price (an input signal). The paper proposes how to decide electric price by a proportional-integral (PI) controller form. The PI controller is defined from an error between the actual and the desired total electric consumption in a community. Simulation results demonstrate that if we can choose total electric consumption from a broad range by controlling electric price, the PI controller effectively works for RTP.
机译:本文通过实时定价(RTP)数值研究了总需求响应。本文将RTP视为一种反馈控制系统,它由实际总电量(输出信号),所需总电量(参考信号)和电价(输入信号)组成。本文提出了如何通过比例积分(PI)控制器形式确定电价。 PI控制器是根据社区中实际和期望总耗电量之间的误差定义的。仿真结果表明,如果可以通过控制电价在较大范围内选择总用电量,则PI控制器可有效地用于RTP。

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