INTEGRATED AIR CONDITIONING DEVICE

PROBLEM TO BE SOLVED: To provide an integrated air conditioning device capable of cooling the inside of a room with high efficiency regardless of an outside air temperature.SOLUTION: The inside of a housing 9 of an integrated air conditioning device 1 is divided into an indoor-side air flow channel 3 for sucking indoor-side air and discharging the same indoors, and outdoor-side air flow channels 6-1, 6-2 for sucking outdoor-side air and discharging the same outdoors. In the indoor-side air flow channel 3, an evaporator 101 of an ebullient cooling type first refrigeration cycle 100 is disposed at an upstream side of a flow 11 of the indoor-side air, and an evaporator 203 of a steam compression type second refrigeration cycle 200 is disposed at a downstream side of the flow 11 of the indoor-side air in series. An indoor-side air distribution device 7 is disposed in the indoor-side air flow channel 3, and the flow 11 of the indoor-side air is generated by driving of the indoor-side air distribution device 7.SELECTED DRAWING: Figure 1 【課題】外気温度の状態によらず高効率に室内を冷却することを可能とする一体型空調装置を提供する。【解決手段】一体型空調装置１のハウジング９は、室内側空気を吸入して室内へ吐出する室内側空気流路３と、室外側空気を吸入して室外へ吐出する室外側空気流路６−１，６−２とに内部が区分される。室内側空気流路３の内部において、沸騰冷却式の第１冷凍サイクル１００の蒸発器１０１が室内側空気流れ１１の上流側、蒸気圧縮式の第２冷凍サイクル２００の蒸発器２０３を室内側空気の流れ１１の下流側に直列に配置される。室内側送風装置７は、室内側空気流路３に設けられ、室内側送風装置７の駆動によって室内側空気の流れ１１が生成される。【選択図】図１