首页> 外国专利> CONTROL UNIT FOR AN ELECTRICAL CONSUMER, ELECTRICAL CONSUMER AND CIRCUIT WITH AN ELECTRICAL CONTROL UNIT UND USE OF THE CONTROL UNIT

CONTROL UNIT FOR AN ELECTRICAL CONSUMER, ELECTRICAL CONSUMER AND CIRCUIT WITH AN ELECTRICAL CONTROL UNIT UND USE OF THE CONTROL UNIT

机译:用于电气消费品的控制装置,具有电气控制品的电气消费品和电路以及控制装置的使用

摘要

Control means (1) for at least one electrical load (2) with substantially ohmic behavior- With an input (11) for connection to a power grid (N),with a sensor for detecting the voltage applied to the input (11),with a control unit for determining information about a future active power consumption of the at least one electrical load (2) with essentially ohmic behavior,wherein the control unit has an interface for providing the information,in which- By means of the control unit upon detection of an increase in the voltage at the input (11) relative to a reference value, the information provides an increased active power consumption of the at least one consumer (2) with substantially ohmic behavior, on the increase due to a quadratic dependence between the voltage and the Active power goes out, and / or- That by means of the control unit upon detection of a decrease in the voltage at the input (11) relative to the reference value, the information provides a reduced active power consumption of the at least one consumer (2) with substantially ohmic behavior on the lowering due to a quadratic dependence between the voltage and the active power goes out.
机译:控制装置(1),用于至少一个具有基本欧姆特性的电负载(2)-通过输入(11)连接到电网(N),带有用于检测施加到输入(11)的电压的传感器,具有控制单元,用于确定有关至少一个具有基本欧姆特性的电负载(2)的未来有功功率消耗的信息,其中,控制单元具有用于提供信息的接口,在其中-在检测到输入(11)上的电压相对于参考值的升高时借助于控制单元,该信息提供至少一个具有基本欧姆特性的消耗器(2)的增加的有功功率消耗。由于电压和有功功率之间的二次依赖性而导致的增加消失了,和/或-借助于控制单元,当检测到输入端(11)上的电压相对于参考值下降时,该信​​息提供了至少一个消耗器(2)的降低的有功功率消耗,该消耗器具有基本上欧姆的行为。由于电压和有功功率之间的二次依赖关系而导致的降低消失了。

著录项

  • 公开/公告号EP3148034A1

    专利类型

  • 公开/公告日2017-03-29

    原文格式PDF

  • 申请/专利权人 AEG POWER SOLUTIONS GMBH;

    申请/专利号EP20150187207

  • 发明设计人 KEMPEN DR. STEFAN;VOGT THORSTEN;

    申请日2015-09-28

  • 分类号H02J3/12;H02J3;

  • 国家 EP

  • 入库时间 2022-08-21 14:02:42

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