The impact of Demand Side Management on the residual load

Sabine Kreutz, H. Belitz, C. Rehtanz
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引用次数: 22

Abstract

In this paper, the effect of a Demand Side Management (DSM) on the residual load in Germany is shown. The used Demand Side Management model is focused on controlling heat pumps, electrical vehicles and white goods. The aim is to analyze the use of DSM regarding the increasing fluctuating power feed-in which is a result of the growing renewable energy sources (e.g. wind turbines and photovoltaic installations). The target function of the used model is to plane the residual load curve. To evaluate the influence on the German system load, the residual load curve will be analyzed with two key parameters: the shift potential and the volatility change factor. The shift potential expresses the maximum, simultaneous reduction of the peak of the residual load curve. The volatility change factor describes the relation between the diversity of the maximum and the minimum power before and after using the DSM. The effectiveness of the DSM by the used model is estimated and the outstanding points are declared.
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需求侧管理对剩余负荷的影响
本文分析了需求侧管理(DSM)对德国剩余电力负荷的影响。使用的需求侧管理模式侧重于控制热泵、电动汽车和白色家电。目的是分析用电需求管理在可再生能源(例如风力涡轮机和光伏装置)不断增加的波动电力输入方面的使用情况。所采用模型的目标函数是刨平剩余荷载曲线。为了评估对德国系统负荷的影响,将分析剩余负荷曲线的两个关键参数:转移势和波动变化因子。位移势表示剩余负荷曲线峰值的最大同时降低。波动性变化因子描述了用电需求侧管理前后最大功率和最小功率的变化关系。通过所使用的模型对需求侧管理的有效性进行了估计,并指出了其不足之处。
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