Abstract
Electromagnetic induction can be produced from the inductor winding. The number of turns affects the magnetic field produced, which is directly proportional to the input voltage applied to the coil. In this study, the output voltage of the solar cell as input to the primary coil of the inductor. Changes in the solar cell voltage affect the magnitude of the magnetic field so that it affects the amount of voltage flowing in the inductor. An inductor with a total of 600 turns is able to turn on the lights wirelessly compared to a coil with a small number of turns. By using a voltage from the solar cell of 13.22 V and the number of turns of 600 turns, it is able to turn on a lamp with a power of 5 Watt, 10 Watt, 15 Watt and 20 Watt with a power transfer distance of 5 cm.
 
 Keywords: Solar Cell, Inductor, Magnetic Field
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