Electrical Energy Alternative of Magnetic Field Around Wire of Power Line

Liklikwati, Yakob and Syafruddin, Syafruddin and Ramady, Givy Devira and Lestari, Ninik Sri and Yusuf, Herawati and Hidayat, Rahmad (2020) Electrical Energy Alternative of Magnetic Field Around Wire of Power Line. In: The 1st Paris van Java International Seminar on Computer, Science, Engineering, and Technology (PVJ_ISComSET), 15-16 July 2020, Tasikmalaya.

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The electricity crisis can hamper various community or industrial activities. Meanwhile, the magnetic field with a high field strength around the wire and along the power line wire that is passed through a large electric current can be used as a new source of electricity with considerable power. For this reason, efforts are needed to utilize the magnetic field to offer an energy crisis solution. This research applies the magnet-electric law to the toroid core transformer to become a power plant. The simulation is carried out on a toroid transformer with an outer diameter of 11cm, 2.5cm thick, 9cm long which is mounted on a 27A current; 220V or 380V 3Ø. The result can be to turn on a 5W-160V or 10W-65V incandescent or 7W-200V LHE lamps. The value of 27A on the wire does not change due to the utilization of the magnetic field around the electric wire. From the analysis of a linear approach to power lines with larger currents up to several kA, a power of several kW can be generated at 220V. To get more power at a voltage of 220V required more toroidal transformers placed along the power line.

Item Type: Conference or Workshop Item (Paper)
Subjects: T Technology > T Technology (General)
Depositing User: Perpustakaan Maranatha
Date Deposited: 06 Mar 2021 09:33
Last Modified: 06 Mar 2021 09:33
URI: http://repository.maranatha.edu/id/eprint/27525

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