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.