Device for extracting water from ambient air

A device for extracting water from ambient air, comprising a first regeneration air duct and a third process air duct, wherein the first regeneration air duct has a first inlet opening) for regeneration air and the third process air duct has a second inlet opening for process air, and both air ducts are connected via a second cooled regeneration air duct with an outlet opening through a second connecting opening, wherein the openings are connected to the ambient environment, and further wherein the first regeneration air duct is connected to the second cooled regeneration air duct by a first connecting opening, and the device further comprises a movable sorption heat exchanger that is at least partially transferable between the air ducts, wherein a first suction device is located in the first regeneration air duct and a second suction device is located in the third process air duct, wherein the first regeneration air duct further comprises a main air heater for heating the regeneration air and a primary air cooler with a surface temperature below the dew point temperature for cooling the regeneration air, such that a space for placing the sorption heat exchanger is located between the main air heater and the primary air cooler, and the first suction device is located in the first regeneration air duct for drawing air in the direction from the main air heater toward the primary air cooler, wherein the device comprises a first water collection element for collecting water condensed from the regeneration air and further comprises a closed refrigerant circuit including a refrigerant and refrigerant piping, wherein the refrigerant circuit comprises a compressor for drawing in and compressing vaporized refrigerant, which is connected to a main shut-off valve assembly, a main superheated refrigerant vapor condenser, and a condenser for condensing refrigerant vapor, which is the main air heater, and further wherein the compressor is connected to an auxiliary shut-off valve assembly, an auxiliary superheated refrigerant vapor condenser, and a condenser for condensing refrigerant vapor, which is the auxiliary air heater, wherein the condensed liquid refrigerant is directed into a liquid refrigerant collector, which is connected to a primary controlled shut-off valve, a liquid refrigerant subcooler, a primary expansion valve, and an evaporator for vaporizing the refrigerant, which is the primary air cooler, and is further connected to an additional controlled shut-off valve, an additional expansion valve, and an evaporator for vaporizing the refrigerant, which is the additional air cooler.