The University of Cape Coast (UCC) has been engaged by The Majesty 7/12 Company Limited on a proposal to introduce electric motorbikes to support student transportation on campus.
The initiative, which was presented to the management of the university, is aimed at providing an environmentally friendly and cost-effective alternative to conventional fuel-powered motorcycles.
Speaking during the engagement, the founder of The Majesty 7/12 Company Limited, Dr Jerry Darwin, said the electric (E) bikes perform just like fuel-driven motorcycles, including over long distances, but emit little to no carbon dioxide and other greenhouse gases that are harmful to the environment and human health.
He explained that this makes the bikes particularly suitable for use on a university campus, where sustainability and safety are key considerations.
Dr Darwin noted that the E-bikes do not require petrol or diesel, as they are powered entirely by electricity. According to him, the bikes can be charged almost anywhere, provided there is an appropriate socket compatible with the charging system.
He added that the electric bikes are convenient to use and significantly cheaper to operate compared to fuel-powered motorcycles. Dr Darwin further indicated that students who opt to use the bikes would make payments through mobile money platforms.
The Acting Vice-Chancellor of UCC, Professor Denis Aheto, welcomed the initiative and described it as a potentially beneficial innovation for campus mobility.
He, however, asked the company to formally submit a detailed proposal for management’s consideration, adding that the university would be interested in exploring a joint venture arrangement to ensure mutual benefit.
Dr Darwin was accompanied to the meeting by the Chief Executive Officer of EIB Network, Nathan Kwabena Anokye Adisi, popularly known as Bola Ray, as well as representatives from China.
The University of Cape Coast has, in recent years expressed interest in sustainable solutions aimed at improving campus life while reducing environmental impact.
