Design And Development Wireless Power Transmission By Using Tesla Tower

Omar, Muhammad Ammar (2018) Design And Development Wireless Power Transmission By Using Tesla Tower. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Lately, electric become a serious issue cause high cost in production and consumer demand. Besides the using of source power like battery highly strained lifetime and their recharging increase the operational cost. Interconnecting wire which inconvenient and unorganized harmful to environment especially consumer. So, wireless power transfer become an alternative way in generate electric to electronic device, electric car and many else. This paper discusses and explore on design and develop wireless power transfer by using tesla tower. This inductive coupling method has been perform and its prove work successfully with transfer efficiency about 95%. Size of coil and number of turn have given high impact in getting desire output at secondary coil. Since the current moving across the coil, the magnetic field will form inside it. So that, the voltage through it will produce and has a tendency to contradict the driving current. Accordingly, the magnetic field will generate a voltage that opposes any amendment exchange to the field. Since secondary coil brought near to primary coil, some part of magnetic field will generates current in secondary coil. The current that generated in the secondary coil can be utilized to power the load such as fluorescent bulb or lamp.

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