An air conditioning equipment comprising: - a thermal pad , comprising a first tank and a second tank communicating mutually, the first tank comprising a first heat exchanger and the second tank comprising a second heat exchanger - an absorption machine with an inlet heat exchanger , and an outlet heat exchanger , - at least one air conditioning exchanger , - at least one solar panel , - a first heat transfer circuit comprising the outlet heat exchanger of the absorption machine , the air conditioning exchanger , a first circulator and a first stop valve device which can occupy an open position, wherein the air conditioning exchanger is connected to the outlet heat exchanger and a closed position wherein the air conditioning exchanger is cut off from the outlet heat exchanger , - a second heat transfer circuit comprising the air conditioning exchanger , the first heat exchanger of the thermal pad , a second circulator and a second stop valve device capable of occupying an open position wherein the air conditioning exchanger is connected to the first heat exchanger of the thermal pad and a closed position wherein the air conditioning exchanger is cut off from the first heat exchanger of the thermal pad , - a third heat transfer circuit comprising the inlet heat exchanger of the absorption machine , the first heat exchanger of the thermal pad , a third circulator and a third stop valve device , which can occupy an open position wherein the inlet heat exchanger of the absorption machine is connected to the first heat exchanger of the thermal pad and a closed position wherein the inlet heat exchanger of the absorption machine is cut off from the first heat exchanger of the thermal pad , - a fourth heat transfer circuit comprising the solar panel , the second heat exchanger of the thermal pad, and a fourth circulator . - a thermal pad , comprising a first tank and a second tank communicating mutually, the first tank comprising a first heat exchanger and the second tank comprising a second heat exchanger - an absorption machine with an inlet heat exchanger , and an outlet heat exchanger , - at least one air conditioning exchanger , - at least one solar panel , - a first heat transfer circuit comprising the outlet heat exchanger of the absorption machine , the air conditioning exchanger , a first circulator and a first stop valve device which can occupy an open position, wherein the air conditioning exchanger is connected to the outlet heat exchanger and a closed position wherein the air conditioning exchanger is cut off from the outlet heat exchanger , - a second heat transfer circuit comprising the air conditioning exchanger , the first heat exchanger of the thermal pad , a second circulator and a second stop valve device capable of occupying an open position wherein the air conditioning exchanger is connected to the first heat exchanger of the thermal pad and a closed position wherein the air conditioning exchanger is cut off from the first heat exchanger of the thermal pad , - a third heat transfer circuit comprising the inlet heat exchanger of the absorption machine , the first heat exchanger of the thermal pad , a third circulator and a third stop valve device , which can occupy an open position wherein the inlet heat exchanger of the absorption machine is connected to the first heat exchanger of the thermal pad and a closed position wherein the inlet heat exchanger of the absorption machine is cut off from the first heat exchanger of the thermal pad , - a fourth heat transfer circuit comprising the solar panel , the second heat exchanger of the thermal pad, and a fourth circulator . <EOS>