minimum five mile per hour wind will either force the air intake flaps 21 into an open or closed position depending on the direction of the wind the plurality of piping 30 is located on top of the structural member 34 the piping 30 provides a pathway through which the refrigerant flows the piping 30 is preferably copper to provide the best conductivity in the preferred embodiment the piping 30 is coiled and stacked to cover the entire cross sectional area of the structural member 34 the more piping 30 used the more precipitation will occur therefore the amount of pipe 30 can be altered to provide the desired amount of precipitated water each end of the piping 30 is connected to a storage tank 32 through a control valve 18 one storage tank 32 is of a sufficiently larger volume than the storage tank 32 connected to the opposite end of the piping 30 therefore when the control valves 18 are opened the refrigerant will naturally flow from the storage tank 32 with a larger volume to the storage tank 32 of a smaller volume the refrigerant circulated in the piping 30 is preferably butane however other types of refrigerant may be used including compressed freon the roof member 14 covers the piping 30 and contacts the upper surface of the structural member 34 the roof member 14 contains an air outlet means 16.