Efficient dehumidification system
    1.
    发明授权
    Efficient dehumidification system 失效
    高效除湿系统

    公开(公告)号:US5031411A

    公开(公告)日:1991-07-16

    申请号:US514528

    申请日:1990-04-26

    摘要: Efficient dehumidification is provided by directing air flow through a coil (30, 60) to cool the air below the dew point such that water vapor in the air is condensed to liquid to dehumidify the air, and then directing air flow through the coil to heat the air to a temperature below the incoming air to the coil and above the dew point of the air. Air flow is directed along a first set of coil sections (42, 64) giving up heat to refrigerant in the first set of coil sections to evaporate refrigerant in the first set of coil sections, and then directing the air flow along a second set of coil sections (44, 66) absorbing heat from refrigerant in the second set of coil sections to condense refrigerant in the second set of coil sections. The coil sections are connected to alternately evaporate and condense refrigerant in the coil differentially such that less refrigerant is condensed in condensing coil sections than is evaporated in evaporating coil sections. Heat is transferred from air flow along a first air flow path leg (48, 72) through the evaporating coil sections (42, 64) to air flow along a second air flow path leg (50, 74) through the condensing coil sections (44, 66) through the media of the refrigerant, to put heat back into the air flow along the second air flow path leg from the first air flow path leg, reducing the net cooling effect of the coil, to reduce the net load on the compressor by the coil such that the compressor will consume power based on the net cooling load, while the coil provides the greater cooling capacity of the evaporating coil sections (42, 64), which allows more moisture to be condensed from the air with less energy.

    摘要翻译: 通过引导空气流过线圈(30,60)以将空气冷却到露点以下的空气来提供有效的除湿,使得空气中的水蒸汽冷凝成液体以对空气进行除湿,然后将空气流通过线圈加热 空气的温度低于进入空气的线圈并高于空气露点。 空气流沿着第一组线圈段(42,64)引导,放置在第一组线圈段中的制冷剂的热量,以蒸发第一组线圈段中的制冷剂,然后沿着第二组线圈段 线圈段(44,66)从第二组线圈段中的制冷剂吸收热量,以冷凝第二组线圈段中的制冷剂。 线圈部分被连接以交替地蒸发并冷凝线圈中的制冷剂,从而在冷凝线圈部分中冷凝的制冷剂少于在蒸发的线圈段中蒸发的制冷剂。 热量从第一气流路径(48,72)的空气流通过蒸发的线圈段(42,64)转移到通过冷凝线圈段(44,44)的第二气流路径(50,74)的气流 ,66)通过制冷剂的介质,从第一空气流路腿沿着第二空气流动路径将热量返回到空气流中,降低了线圈的净冷却效果,以减小压缩机的净负载 通过线圈使得压缩机将基于净冷负载消耗功率,同时线圈提供蒸发线圈段(42,44)的更大的冷却能力,这允许更多的水分以较少的能量从空气冷凝。