首页> 外国专利> Method of improving heat recovery efficiency in ventilation and air-conditioning central units with recuperative exchangers and system for improving heat recovery efficiency in ventilation and air-conditioning central units with recuperative exchangers

Method of improving heat recovery efficiency in ventilation and air-conditioning central units with recuperative exchangers and system for improving heat recovery efficiency in ventilation and air-conditioning central units with recuperative exchangers

机译:带有换热器的通风空调中央装置中的热回收效率的提高方法和具有换热器的通风空调中央装置中的热回收效率的系统

摘要

The way to improve the efficiency of heat recovery in air-conditioned air-conditioning plants with recovery exchangers is to use a spray collector (1) to sprinkle the heat exchange surface of the recovery exchanger on the outlet side (2),the water flowing from the heat exchanger surface (2) shall be collected using the flow exchanger (2) of the flow exchanger (5),from which the water is discharged to the water reservoir (3) from which the spray collector (1) is supplied,where the water collector (1) of the water reservoir (3) is also supplied with running water by means of a water connection fixed to the water reservoir. The system for improving the efficiency of heat recovery in the heat recovery exchanger used in air-conditioning plants is characterized by the construction of a spray collector (1) spraying water,on the outlet side, the heat exchange surface of the recovery exchanger (2),equipped with an attachment of the running water tank (3),with which the spray collector (1) is connected by a circulation pump (4),and placed under the recovery exchanger (2) the flow-through tray (5) which flows from the heat exchanger surface of the recovery exchanger (2),water to the water tank (3).
机译:在带有回收交换器的空调设备中提高热回收效率的方法是使用喷雾收集器(1)在出口侧(2)上撒上回收交换器的热交换表面,水流应当使用热交换器(5)的热交换器(2)收集从热交换器表面(2)流出的水,水从该热交换器(2)排放到储水器(3),从该储水器(3)上喷水收集器(1),其中,储水器(3)的集水器(1)还通过固定在储水器上的水连接装置被供应自来水。用于提高空调设备中的热交换器中的热回收效率的系统的特征在于,构造了一个喷水收集器(1),该水收集器在出口侧喷水,该热交换器的热交换表面(2) ),配有自来水箱(3)的附件,集水器(1)通过循环泵(4)与之相连,并放置在回收交换器(2)下方的流通盘(5)从回收热交换器(2)的热交换器表面流出的水流到水箱(3)。

著录项

  • 公开/公告号PL426748A1

    专利类型

  • 公开/公告日2020-02-24

    原文格式PDF

  • 申请/专利权人 POLITECHNIKA WROCŁAWSKA;

    申请/专利号PL426748A

  • 发明设计人 DEMIS PANDELIDIS;

    申请日2018-08-22

  • 分类号F24F12;F28D5/02;

  • 国家 PL

  • 入库时间 2022-08-21 11:16:29

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