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Energy management system for predictive determination and regulation of a flow temperature of a building heating

机译:能源管理系统,用于建筑物的采暖流温度的预测确定和调节

摘要

The invention relates to an energy management system for the predictive determination and regulation of a flow temperature (21) of a building heating system (3) of at least one building (2) with a control unit (1) provided for placement in the building (2), which has an internal building interface via which the Control unit (1) can receive a room temperature of at least one building space and can be connected to the building heating (3) via which the control unit (1) for controlling the flow temperature (21) transmit a set flow temperature of the building heating (3) and an actual Flow temperature of the building heating (3) can receive, and has an external building interface, and with a building-external control unit (14) via the building external interface to the control unit (1) at least temporarily connectable to receive building data from the control unit (1) and / or to be able to transmit control data to the control unit (1). According to the invention, the control unit (1) and / or the building-external control unit (14) has an algorithm by means of which the setpoint flow temperature of the building heating system (3) can be determined as a function of at least forecast weather data. Furthermore, the invention relates to a working method and a control device (1) for an energy management system and / or the working method.
机译:能量管理系统技术领域本发明涉及一种能量管理系统,其用于预测确定和调节至少一个建筑物(2)的建筑物供暖系统(3)的流动温度(21),并具有设置在建筑物中的控制单元(1)。 (2),其具有内部建筑物接口,控制单元(1)可以通过建筑物内部接口接收至少一个建筑物空间的室温,并且可以连接到建筑物供暖系统(3),控制单元(1)通过建筑物暖气装置(3)进行控制流动温度(21)传输建筑物供暖(3)的设定流动温度,并且建筑物供暖(3)的实际流动温度可以接收,并具有外部建筑物接口,并带有建筑物外部控制单元(14)经由建筑物外部接口到控制单元(1)的连接)至少暂时可连接以从控制单元(1)接收建筑物数据和/或能够将控制数据传输到控制单元(1)。根据本发明,控制单元(1)和/或建筑物外部控制单元(14)具有算法,通过该算法可以确定建筑物供暖系统(3)的设定点流动温度为最少天气预报。此外,本发明涉及用于能量管理系统和/或工作方法的工作方法和控制装置(1)。

著录项

  • 公开/公告号DE102017125282A1

    专利类型

  • 公开/公告日2019-05-02

    原文格式PDF

  • 申请/专利权人 MEO SMART HOME ENERGY GMBH;

    申请/专利号DE201710125282

  • 发明设计人 PETER KÄFER;

    申请日2017-10-27

  • 分类号F24D19/10;F24D3;F24D10;

  • 国家 DE

  • 入库时间 2022-08-21 11:45:20

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