An atmospheric moisture harvester system (100,200,300,400), comprising: a first moisture sorption unit (110, 210, 310, 410) and a second moisture sorption unit (120, 220, 320, 420), wherein each moisture sorption unit independently comprises: at least one fan (112, 212, 222, 312, 322, 412, 422), and at least one tray configured to hold water capture material, wherein the water capture material is a metal-organic framework, and wherein each moisture sorption unit is configured to operate in one or more cycles, wherein each cycle comprises an adsorption mode followed by a desorption mode; at least one heating element (140, 240, 340, 350, 416, 426), positioned either (a) within each moisture sorption unit, or (b) externally to each moisture sorption unit; a condenser (130, 230, 330, 430), positioned in between the first moisture sorption unit and the second moisture sorption unit, wherein the side of the condenser adjacent to the moisture sorption unit in the adsorption mode has a higher average temperature than the side of the condenser adjacent to the moisture sorption unit in the desorption mode; and at least one power source (150, 250, 360, 440), configured to power the fans and heating element in the system, wherein, for each moisture sorption unit in the adsorption mode, the at least one fan in the moisture sorption unit in the adsorption mode is configured to direct surrounding air towards the at least one tray of water capture material, and at least a portion of the water capture material adsorbs moisture from the surrounding air, and the at least one fan in the moisture sorption unit in the adsorption mode further directs air out of the moisture sorption unit in the adsorption mode to at least partially cool the side of the condenser adjacent thereto; wherein, for each moisture sorption unit in the desorption mode, the at least one heating element is configured to provide heat that causes release of water vapor from at least a portion of the water capture material; wherein the condenser is configured to condense the water vapor released from the moisture sorption unit in the desorption mode and to produce liquid water; wherein the moisture sorption units are configured to operate together such that the first moisture sorption unit operates in the adsorption mode when the second moisture sorption unit operates in the desorption mode, and the first moisture sorption unit operates in the desorption mode when the second moisture sorption unit operates in the adsorption mode. a first moisture sorption unit (110, 210, 310, 410) and a second moisture sorption unit (120, 220, 320, 420), wherein each moisture sorption unit independently comprises: at least one fan (112, 212, 222, 312, 322, 412, 422), and at least one tray configured to hold water capture material, wherein the water capture material is a metal-organic framework, and wherein each moisture sorption unit is configured to operate in one or more cycles, wherein each cycle comprises an adsorption mode followed by a desorption mode; wherein each moisture sorption unit independently comprises: at least one fan (112, 212, 222, 312, 322, 412, 422), and at least one tray configured to hold water capture material, wherein the water capture material is a metal-organic framework, and at least one fan (112, 212, 222, 312, 322, 412, 422), and at least one tray configured to hold water capture material, wherein the water capture material is a metal-organic framework, and wherein each moisture sorption unit is configured to operate in one or more cycles, wherein each cycle comprises an adsorption mode followed by a desorption mode; at least one heating element (140, 240, 340, 350, 416, 426), positioned either (a) within each moisture sorption unit, or (b) externally to each moisture sorption unit; a condenser (130, 230, 330, 430), positioned in between the first moisture sorption unit and the second moisture sorption unit, wherein the side of the condenser adjacent to the moisture sorption unit in the adsorption mode has a higher average temperature than the side of the condenser adjacent to the moisture sorption unit in the desorption mode; and at least one power source (150, 250, 360, 440), configured to power the fans and heating element in the system, wherein, for each moisture sorption unit in the adsorption mode, the at least one fan in the moisture sorption unit in the adsorption mode is configured to direct surrounding air towards the at least one tray of water capture material, and at least a portion of the water capture material adsorbs moisture from the surrounding air, and the at least one fan in the moisture sorption unit in the adsorption mode further directs air out of the moisture sorption unit in the adsorption mode to at least partially cool the side of the condenser adjacent thereto; wherein, for each moisture sorption unit in the desorption mode, the at least one heating element is configured to provide heat that causes release of water vapor from at least a portion of the water capture material; wherein the condenser is configured to condense the water vapor released from the moisture sorption unit in the desorption mode and to produce liquid water; wherein the moisture sorption units are configured to operate together such that the first moisture sorption unit operates in the adsorption mode when the second moisture sorption unit operates in the desorption mode, and the first moisture sorption unit operates in the desorption mode when the second moisture sorption unit operates in the adsorption mode.