| 摘要 |
The present invention relates to a hybrid absorption air-conditioner and a water system using solar heat. The present invention provides a hybrid absorption air-conditioner and a water system including a thermal collector to collect solar heat, a hot water heat exchanger in which heat collected in the thermal collector is transferred through a thermal medium circulation pipe, so that the heat of a thermal medium is exchanged with the heat of the water in a water circulation pipe to generate hot water, a thermal storage tank to store the hot water generated from the hot water heat exchanger and transferred through the water circulation pipe, an absorption chiller-heater to generate cool water using the hot water stored in the thermal storage tank and including a heating unit driven when an amount of solar radiation is lacking or absent, an air conditioner to cool air through the heat exchange with the cool water generated from the absorption chiller-heater for air-conditioning or to receive the hot water stored in the thermal storage tank for warming, a hot water heat exchanger to generate hot water through the heat exchange between the hot water stored in the thermal storage tank and water inside a hot water pipe connected with a hot water vessel, and the hot water vessel to store the hot water generated from the hot water heat exchanger and transferred through the hot water pipe. According to the present invention, solar heat is used as a main heat source and, even if the amount of solar radiation is lacking or absent, not only affect heating and cooling, but also the supplying of hot water can be performed through the heat source of one chiller-heater without auxiliary heat source facilities. Therefore, a high efficiency hybrid absorption air-conditioner and a water system can be driven with high heat efficiency regardless of the existence of a solar radiation amount, and the load in the heating, cooling, and supplement of hot water can be efficiency controlled, thereby minimizing heat loss. |
