Wireless Charging Station For E-bike, 230 V AV Supply / 48 V DC, 25 Ah Battery Pack

Description

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Hello guys, in this zip file you will find the Matlab Simulink model on a wireless charging station for an e-bike (230 volts Ac supply / 48 volts, 25 Ah battery pack).

Research is focused on renewable energy sources and energy-saving to reduce fossil fuel consumption and emission. Moreover, to reduce air pollution electric vehicles are widely promoted. In this field, important issues are diagnostic systems to improve power train reliability. For automotive applications, inductive power transfer-based battery charging is gaining great popularity over wired-based charging.

Inductive Power Transfer (IPT), based on magnetic coupling, can be exploited to address energy from the electric mains to the electric load. The magnetic coupling occurs by means of two coil windings: the power transmitter winding, connected to the mains, is the primary inductor; the power receiver winding, connected to the load, is the secondary inductor. IPT-based battery charging for a vast range of power targets is a widely researched issue. Consumer handheld devices and electric vehicles represent some of these applications. For all cases, covering the range from Watt to kWatt power levels, the most important advantages brought by the IPT-based wireless battery charging are safety and comfort.

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Thanks & regards,
CS Electrical And Electronics Team

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