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Energy consumer control method and control device based on an energy consumption profile

机译:基于能耗曲线的能耗控制方法和控制装置

摘要

The invention relates to an energy control method for controlling one or more energy consumers (18) within a building (50), in particular within a house, an apartment or a commercial facility, using historical energy consumption values Ee within an energy consumption detection period Te of at least one energy consumption counter (14). By analyzing the type and course of the energy consumption values Ee, a future energy consumption Emp of the energy consumer (18) is predicted, and the energy consumer (18) is controlled, in particular activated or deactivated, on the basis of the predicted energy consumption Emp. In a secondary aspect, a control device (10) for controlling one or more energy consumers (18) within a building (50) is proposed, which is set up to carry out the control method. The control device (10) comprises an I / O meter interface (12) to one or more energy consumption meters (14), in particular intelligent meters, and an I / O consumer interface (16) to one or more energy consumers (18). Furthermore, the control device (10) comprises a forecasting device (20) for analyzing historical energy consumption values, which is provided by the I / O meter interface (12), and for forecasting future energy consumption Emp. Finally, the control device (10) comprises a control device (22) for controlling the energy consumer (18) on the basis of the predicted energy consumption Emp.
机译:能量控制方法技术领域本发明涉及一种能量控制方法,该方法利用能量消耗检测周期内的历史能量消耗值Ee来控制建筑物(50)内,尤其是房屋,公寓或商业设施内的一个或多个能量消耗器(18)。至少一个能量消耗计数器(14)的Te。通过分析能量消耗值Ee的类型和过程,预测能量消耗者(18)的未来能量消耗Emp,并且基于所预测的能量消耗者(18)被控制,特别是激活或停用。能源消耗在第二方面,提出了一种用于控制建筑物(50)内的一个或多个能量消耗器(18)的控制装置(10),该控制装置被设置为执行该控制方法。控制设备(10)包括到一个或多个能耗仪表(14),特别是智能仪表的I / O仪表接口(12),以及到一个或多个能耗仪表(18)的I / O使用者接口(16)。 )。此外,控制设备(10)包括预测设备(20),用于分析由I / O仪表接口(12)提供的历史能耗值,并且用于预测未来能耗Emp。最后,控制装置(10)包括控制装置(22),用于基于预测的能量消耗Emp来控制能量消耗器(18)。

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