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    • 1. 发明申请
    • REFRIGERANT REHEAT CIRCUIT AND CHARGE CONTROL
    • 制冷回路和充电控制
    • WO2008153669A3
    • 2009-02-05
    • PCT/US2008006296
    • 2008-05-16
    • TRANE INT INC
    • ANDERSON JUSTIN MCROLIUS JAMES PSCHULT ROBERT FVOORHIS ROGER J
    • F25B41/04F24F3/153F25B6/00F25B45/00
    • F25B45/00F24F3/153F25B6/00F25B41/043F25B2400/0403F25B2400/19F25B2600/05F25B2600/19F25B2700/2116F25B2700/21163
    • A refrigerant system for cooling a comfort zone is selectively operable in a cooling-only mode and a reheat mode. The system operates in the cooling mode to meet sensible and latent cooling demands of a room or area in a building when the room temperature is appreciably above a target temperature. The reheat mode is for addressing the latent cooling or dehumidifying demand when the room temperature is near or below the target temperature. In some embodiments, a generally inactive condenser (16) stores excess refrigerant during the reheat mode, thereby avoiding the need for a separate liquid refrigerant receiver. To maintain a desired level of subcooling in the reheat coil (20), refrigerant can be transferred accordingly between the inactive condenser (16) and the reheat coil (20'). In some embodiments, the system's evaporator (18) and reheat coil '(2O)' can be connected in a series or parallel flow relationship."
    • 用于冷却舒适区域的制冷剂系统可选择性地在冷却模式和再热模式下操作。 当室温明显高于目标温度时,系统以冷却模式运行,以满足建筑物中房间或区域的明显和潜热要求。 当室温接近或低于目标温度时,再热模式用于解决潜热或除湿需求。 在一些实施例中,通常不活动的冷凝器(16)在再热模式期间存储多余的制冷剂,从而避免了对单独的液体制冷剂接收器的需要。 为了在再热线圈(20)中保持所需的过冷水平,可以在非活性冷凝器(16)和再热线圈(20')之间相应地传送制冷剂。 在一些实施例中,系统的蒸发器(18)和再热线圈(20)可以串联或并联的流动关系连接。