OPTIMALISASI EFISIENSI TRANSFER TENAGA NIRKABEL PADA METODE KOPLING RESONANSI MAGNETIK

ULHAQ, IZZUDDIN DHIYA (2021) OPTIMALISASI EFISIENSI TRANSFER TENAGA NIRKABEL PADA METODE KOPLING RESONANSI MAGNETIK. S1 thesis, UNIVERSITAS MUHAMMADIYAH PURWOKERTO.

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Abstract

In line with the increasing consumption of electricity used by consumers, a wireless power transfer process is currently being developed that makes it easy to use electronic equipment. In this study, a wireless electric power transfer system with a Tesla plasma coil inductive coupling was developed. Experiments were carried out by changing the number of turns and the diameter of the enamel wire in order to find the best power efficiency value. The voltage source is connected to an electronic circuit equipped with copper which has been formed as a sending coil for the transmitter and a receiving coil for the receiver which is then channeled electrical energy to the load. However, this process is still constrained by the complicated arrangement of the circuit for electronic equipment. The Tesla plasma coil circuit is expected to be able to overcome this problem because it can change the shape of the signal into a sine as well as the circuit is simple and requires a relatively small input power and utilizes a coil that has electromagnetic properties as a wireless power transfer medium, this is proven in optimizing the efficiency of electric power transfer. wirelessly. The circuit with an enamel wire with a diameter of 0.35 mm, a coil diameter of 5 cm, the number of turns 48 x turns, the efficiency of the power transferred at a distance of 1 cm is about 7 %.

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