NOVELTY - Wind power sea water desalination system comprises a wind power generating unit (1), a first electric heater (2), an electric motor (3), an air compressor (4), a heat exchange chamber (5), a gas storage chamber, a heat exchanger, a distillation device, a turbine, a generator, and a second electric heater. The wind power generating unit comprises at least one wind power generator. The wind power generating unit is connected to the first electric heater and electric motor. The first electric heater is used for heating seawater which enters into the heat exchanger.    USE - Used as a wind power sea water desalination system.    DETAILED DESCRIPTION - Wind power sea water desalination system comprises a wind power generating unit (1), a first electric heater (2), an electric motor (3), an air compressor (4), a heat exchange chamber (5), a gas storage chamber, a heat exchanger, a distillation device, a turbine, a generator and a second electric heater. The wind power generating unit comprises at least one wind power generator. The wind power generating unit is connected to the first electric heater and the electric motor. The first electric heater is used for heating seawater which enters into the heat exchanger. The electric motor drives the air compressor and compress air to 4-10 Mpa to form high temperature and high pressure compressed air. The high temperature and high pressure compressed air enters into the hot side of the heat exchange chamber, which is used for pre-heating the side containing cold seawater. The high temperature and high pressure compressed air transformed into a low temperature and high pressure compressed air enters into a gas storage chamber. The pre-heated seawater from the heat exchange chamber enters into the heat exchanger. The gas storage chamber of the low temperature high pressure compressed air drives the turbine through the heat exchange chamber by preheating. The turbine, while doing the work converts the low temperature and high pressure compressed air into low temperature and normal pressure air. The turbine drives the generator connected to the second electric heater, where the second electric heater is used for assisting the first electric heater into the heat exchanger for pre-heating seawater. The hot seawater from the heat exchanger enters into the distilling device. The low temperature and normal pressure air discharged from the turbine is also introduced into the distillation device. The hot water is distilled in the distillation device, where most of the water is evaporated into steam, while cooling to normal-temperature it is condensed into water and the remaining part is separated out as brine.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the wind power sea water desalination system. (Drawing includes non-English language text)    Wind power generating unit (1)    First electric heater (2)    Electric motor (3)    Air compressor (4)    Heat exchange chamber (5)