Abstract: In order to make heat with a wind turbine you must have a heating element with the capacity to withstand prolonged use at high wind speed. With an element of that size at slow wind speeds the wind turbine will not turn or stay in a overloaded or locked position. The present invention a resistive heating control for a wind turbine or any permanent magnetic generator which comprises a control to read the voltage output of the wind turbine and change the resistance of the heating element to match the output of the wind turbine. This is done by putting two equal sized heating elements in series for low wind speed thereby giving us high resistance and low current usage. At mid wind speed one heating element is removed thereby giving us lower resistance and higher current usage. At high wind or maximum output level the second heating element is put back into use in parallel thereby giving us the correct resistance to use all available energy produced by the wind turbine.