Story by Luis Nhika
TWO University of Zimbabwe Automotive Engineering students have designed a solar-powered electric tricycle, an innovation set to improve transportation and delivery services in rural communities, particularly in the health sector.
Designed to run on rechargeable batteries powered by solar energy, the tri-cycle offers an affordable and sustainable alternative that can operate efficiently across different terrains.
The innovation comes at a time when many communities continue to face transport challenges, affecting the timely delivery of essential medicines and healthcare services.
The burden is also felt in other sectors, where farmers and the community often lack dependable transport options for moving goods and people.
To address these challenges, University of Zimbabwe Automotive Engineering students developed the solar electric tri-cycle to ensure safe and reliable transportation.
“The solar electric tricycle was developed after identifying challenges faced in transporting medical equipment and supplies in remote areas. We designed it using solar-powered technology and rechargeable batteries to create a cost-effective and sustainable transport system that can operate efficiently on different road conditions,” Automotive Engineering student Faith Jafari said.
“This innovation provides solutions through improved transportation of medical supplies, support for agriculture, and affordable mobility within communities. It also aligns with Education 5.0 by promoting innovation and industrialisation, where knowledge is transformed into practical solutions that address real community challenges and contribute to national development,” Automotive Engineering student Justice Pswarai said.
More than just a vehicle, the solar-powered tricycle reflects how innovation can be harnessed to solve practical problems, improve service delivery, and contribute to sustainable development in communities.
