To improve the efficiency of air conditioning, and to prevent the generation of carbon dioxide gas.
The on-vehicle air conditioning system comprises a refrigerating system 11 equipped with a compressor 12, a condenser 13, and an evaporator 15; a heat exchanging portion 38 storing a thermal storage medium carrying out phase change in a housing 23, penetrated by a coolant pipe 26 of the evaporator 15 and an air tube 41; a manifold coupling the heat exchanging portion 38 to the inside of a vehicle cabin; and a coupling element connected to the compressor 12, and coupling a power source equipment of a facility and a vehicle. While the power source equipment of the facility and the vehicle are coupled by the coupling element, when the heat exchanging portion 38 is stored with cold by using the power of the power source equipment to travel the vehicle, the inside of the vehicle cabin can be air-conditioned by using stored cold, so that the refrigerating system 11 needs not to drive air-conditioning during that.
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| JP2007045389A | 2007-02-22 | |||
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Mamoru Shimizu
Toshiaki Aoki
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