| 摘要 |
FIELD: plants adapted to separate fresh water from air, particularly for dew accumulation in all climatic zones characterized with clear sky at night. ^ SUBSTANCE: device has irradiator protected against heat generated by surrounding objects. The irradiator is made as flat vessel inclined with respect to horizon line. Device also includes cold energy carrier vessel located below irradiator and heated energy carrier vessel arranged above irradiator. The device comprises vertical tube, condenser located below cold energy carrier vessel convective heater arranged in tube below heated energy carrier vessel, vessel for accumulating separated water arranged below condenser, filling and draining taps installed in upper and lower points of heater and condenser correspondingly and safety valve located in upper point of the heater. Lower point of irradiator vessel is connected to lower points of cold and heater energy carrier vessels. Upper point of irradiator vessel is linked with upper points of cold and heater energy carrier vessels. Lower point of cold energy carrier vessel is connected with lower point of condenser, upper point of cold energy carrier vessel is linked with upper point of condenser. Lower point of heated energy carrier vessel is connected to lower point of heater, upper point of heater energy carrier vessel is linked with upper point of the heater. Energy carrier is liquid. Connections between device components are formed so that no capillary effects are created during energy carrier passing through the connections. ^ EFFECT: increased output due to renewable energy sources use to obtain water from air in autonomous mode. ^ 2 dwg |
