NOVELTY - A wind power sea water desalinating system comprising a wind power generator set (1), a first electrical heater (2), an electrical motor (3), an air compressor (4), a heat exchanging chamber (5), an air storing chamber (6), a heat exchanger (7), a steam device (8), a turbine (11), a generator (12) and a second electrical heater (14). The wind power generator set comprises at least one wind power generator and is connected with the first electrical heater and the electrical motor. The first electrical heater heats the pre-heated sea water in the heat exchanger.    USE - Wind power sea water desalinating system.    DETAILED DESCRIPTION - A wind power sea water desalinating system comprising a wind power generator set (1), a first electrical heater (2), an electrical motor (3), an air compressor (4), a heat exchanging chamber (5), an air storing chamber (6), a heat exchanger (7), a steam device (8), a turbine (11), a generator (12) and a second electrical heater (14). The wind power generator set comprises at least one wind power generator and is connected with the first electrical heater and the electrical motor. The first electrical heater heats the pre-heated sea water in the heat exchanger. The electrical motor drives the air compressor. The air is compressed to 4-10 MPa to form the compressed air at a high temperature and high pressure. The compressed air at a high temperature and high pressure flows to the hot side of the heat exchanger for pre-heating the sea water at cold side of heat exchanger and is transferred into compressed air at a low temperature and high pressure to go to the air storing chamber. The pre-heated sea water flowing out of the heat exchanger flows to the heat exchanger. The compressed air at a low temperature and high pressure in the air storing chamber is pre-heated through the heat exchanging chamber to drive the turbine. After the turbine applies work, the compressed air at a low temperature and high pressure is transferred into the low-temperature constant-pressure air. The turbine drives the generator, which is connected with the second electrical heater. The second electrical heater assists the first electrical heater to heat the pre-heated sea water in the heat exchanger. The hot sea water flowing out of the heat exchanger flows to the steam device. The air at a low temperature and normal pressure drained from the turbine is conducted to the steam device. The hot sea water is steamed in the steam device. The majority of moisture is steamed into steam and cooled through the air at a low temperature and normal pressure, and it is finally condensed into fresh water; and the residual concentrated salty water part is separated. The first electrical heater is connected with the hot side of the heat exchanger through a pipe to form a first sealed circulating loop; and saturated heat exchange medium is filled in the first circulating loop.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic flow diagram of the wind power sea water desalinating system (Drawing includes non-English language text).    Wind power generator set (1)    First electrical heater (2)    Electrical motor (3)    Air compressor (4)    Heat exchanging chamber (5)    Air storing chamber (6)    Heat exchanger (7)    Steam device (8)    Turbine (11)    Generator (12)    Second electrical heater (14)