Air-conditioning system and operation control method thereof
AssigneeToyota Jidosha Kabushiki Kaisha
InventorMasahiro Ogawa
Life of this patent
Estimating the term…
Loading patent…
AssigneeToyota Jidosha Kabushiki Kaisha
InventorMasahiro Ogawa
Estimating the term…
A hybrid air-conditioner comprises a vapor adsorption cycle air-conditioner, a vapor compression refrigerating cycle air-conditioner, an external heat source circuit and the like. In the case where the external heat source temperature is in a high temperature range, the cooling operation is performed using only the vapor adsorption cycle air-conditioner. In the case where the external heat source temperature is in a low temperature range, the cooling operation is performed using only the vapor compression refrigerating cycle air-conditioner. In the case where the external heat source temperature is in an intermediate temperature range, the cooling operation is performed using both the vapor adsorption cycle air-conditioner and the vapor compression refrigerating cycle air-conditioner. As a result, the temperature restrictions on the vapor adsorption cycle air-conditioner can be removed and the range of operation allowance can be widened.
An air-conditioning system comprising:
A method of controlling the operation of an air-conditioning system comprising a vapor adsorption cycle air-conditioner constituting an adsorption refrigerating cycle provided with an evaporator, a condenser and a plurality of adsorption tanks, a vapor compression refrigerating cycle air-conditioner connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent as required, and external heat source means connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent using the heating medium supplied from the external heat source as required, comprising the steps of:
A method of controlling the operation of an air-conditioning system comprising a vapor adsorption cycle air-conditioner constituting an adsorption refrigerating cycle provided with an evaporator, a condenser and a plurality of adsorption tanks, a vapor compression refrigerating cycle air-conditioner connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent solution as required, and an external heat source means connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent solution using a heating medium supplied from an external heat source as required, comprising the steps of:
A method of controlling the operation of an air-conditioning system comprising a vapor adsorption cycle air-conditioner constituting an adsorption refrigerating cycle provided with an evaporator, a condenser and a plurality of adsorption tanks, a vapor compression refrigerating cycle air-conditioner connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent solution as required, and an external heat source means connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent solution using a heating medium supplied from an external heat source as required;
A method of controlling the operation of an air-conditioning system comprising a vapor adsorption cycle air-conditioner constituting an adsorption refrigerating cycle provided with an evaporator, a condenser and a plurality of adsorption tank, a vapor compression refrigerating cycle air-conditioner connected to the adsorption tank of the vapor adsorption cycle air-conditioner and the regenerator of the vapor absorption cycle air-conditioner for heating or cooling the adsorbent solution as required, and an external heat source means connected to the adsorption tank of the vapor adsorption cycle air-conditioner for heating or cooling the adsorbent solution using a heating medium supplied from an external heat source as required;
Dependencies are inferred from the claim text.