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Ghana hits milestone in automobile manufacturing as KsTU students unveil electric car that charges while moving

Ghana hits milestone in automobile manufacturing as KsTU students unveil electric car that charges while moving
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Kumasi Technical University (KsTU) has unveiled an innovative electric vehicle equipped with regenerative braking technology, marking a milestone in locally driven sustainable transport solutions.

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The five-seater vehicle, named Nimde3 Hyiren REV, was developed in just six months by three final-year students as part of their Bachelor of Technology (BTech) in Automotive Engineering programme.

The project was overseen by the Head of the Automotive and Agricultural Mechanisation Department, Professor Prince Owusu-Ansah, with support from industry partners.

Innovative Charging System

A standout feature of the vehicle is its regenerative braking system, which allows the battery to recharge automatically while in motion, especially when slowing down or braking.

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Unlike conventional electric vehicles that rely solely on stationary charging points, this system ensures continuous energy recovery during operation.

The vehicle can reach speeds of up to 150 kilometres per hour and was officially unveiled on Saturday, March 28, 2026, as part of the university’s 70th-anniversary celebrations.

Advancing Local Innovation

Speaking at the ceremony, Vice-Chancellor Professor Gabriel Dwomoh praised the university’s efforts to enhance electric vehicle technology and highlighted the collaboration between academia and industry.

He noted, “This is what we can achieve if academia and industry come together.”

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He also cited other local innovations, including multi-purpose rocket stoves, drones, electronic food warmers, fish smokers, and air quality monitors.

Built from Scratch

Professor Owusu-Ansah explained that the vehicle was built entirely from scratch to allow continuous charging during motion, enabling trips such as Kumasi to Konongo and back without needing a recharge. He emphasised that the regenerative system keeps the battery charged as long as the vehicle is moving.

Next Phase

Looking ahead, the university plans to refine the technology and scale production for larger vehicles. Prof. Owusu-Ansah added, as quoted by Graphiconline,

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“We will improve the vehicle’s speed and other key aspects. Anyone interested can have one ready within six months upon request.”

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