Online Reporter
Kuda Bwititi
Zimpapers Politics Hub
IN a bold move that underscores its commitment to innovation and sustainability, Africa University (AU) last Friday officially launched a 600-kilowatt solar power station, the largest in Manicaland Province.
The launch of the solar project was a precursor to the university’s 31st graduation ceremony that took place on Saturday.
At the graduation ceremony, 59 percent of the students were female.
The project positions the institution as a trailblazer in renewable energy adoption, setting a benchmark for other universities in Zimbabwe and beyond.
As the country grapples with power shortages due to increased demand for electricity as a result of economic growth and population, among other factors, the AU’s solar project offers a blueprint for sustainable energy solutions that other institutions can emulate.
The initiative is not just about reducing the university’s electricity costs — it is a strategic intervention to address Zimbabwe’s energy crisis while fostering academic excellence, research, and entrepreneurship.
Zimbabwe’s electricity generation capacity has struggled to keep up with demand, particularly in rapidly growing regions like Manicaland, where new mining ventures and businesses are emerging.
Manicaland Minister of State for Provincial Affairs and Devolution, Advocate Misheck Mugadza hailed the solar plant as a game-changer for the province.
During the launch, Africa University’s Deputy Vice Chancellor, Professor Talon Garikayi highlighted the urgency of alternative energy solutions.
He said the Kariba Hydro Plant will face challenges to expand due to climate change, whilst the Hwange Coal Power Station will not match the current pace of national economic growth.
The 600kW solar station is capable of powering 600 households or 171 business units, effectively decoupling economic growth from ZESA’s strained grid. The university, which previously spent over $240 000 annually on electricity, will now redirect those funds towards scholarships, infrastructure development, and further innovation projects.
A model for commercialisation and Education 5.0
Interestingly, the solar plant, which was self-funded by the university, was set up in a record time of just 26 days.
It aligns with the Zimbabwean Government’s Education 5.0 model, which emphasises innovation, industrialisation, and commercialisation of academic research. Speaking at the graduation ceremony, Higher and Tertiary Education, Innovation, Science and Technology Development Minister Dr Frederick Shava commended Africa University for its leadership:
“Africa University has consistently demonstrated excellence in higher education … The Government of Zimbabwe remains firmly committed to ensuring that higher education is not a privilege for a few but a right accessible to all.”
He further stressed the need for universities to translate research into market-ready solutions, urging institutions to: establish innovation hubs and industrial parks, forge industry partnerships, strengthen intellectual property management and mentor student entrepreneurs
The AU is already heeding this call, as it has rolled out 30 start-ups and is expanding its solar capacity to 1, 4 megawatts by October 2025. If replicated across other universities, such initiatives could significantly alleviate Zimbabwe’s energy deficit.
A living laboratory for engineering and innovation
Beyond energy generation, the solar plant serves as a practical training ground for students. Professor Garikayi explained:
“This, to us, is a learning facility. Our students have access to what it takes to have a quarter of a megawatt in 26 days … Down there is our solar substation, which will also teach our students what a lithium battery looks like, what an inverter is, and how a solar system operates.”
Through integrating hands-on renewable energy training into its curriculum, the AU is producing graduates equipped to drive Zimbabwe’s green economy. This approach contrasts with traditional theoretical learning, offering a model that President Mnangagwa is championing.
The AU’s solar initiative provides several key takeaways for higher education institutions in Zimbabwe.
Universities consume vast amounts of electricity for lecture halls, hostels, research labs and other uses. Investing in solar energy reduces operational costs and ensures uninterrupted learning.
Engineering and science faculties should incorporate practical solar installation and maintenance into their programmes, preparing students for careers in Zimbabwe’s growing green energy sector.
Universities must move beyond academic papers and develop marketable energy solutions. AU’s long-term plan to boost its solar energy to sell excess power to ZESA demonstrates how innovation can generate revenue.
The National Development Strategy 1 (NDS1) and Vision 2030 emphasise energy security. Universities should align their research with these priorities to attract Government support.
Africa University’s next phase involves extending solar power to its farm and staff houses, with ambitions to feed surplus energy into the national grid.
The AU’s 600kW solar plant is more than an infrastructure project — it is a symbol of Zimbabwe’s potential for innovation-led growth. The AU is merging academic excellence with sustainable energy solutions, setting a precedent that other institutions must follow.
As Zimbabwe moves towards President Mnangagwa’s vision of a “year of commercialisation” in 2025, universities must shift from consumers of knowledge to producers of solutions. The AU has shown the way; it is now up to other institutions of higher learning to take the baton and accelerate Zimbabwe’s renewable energy revolution.
The future of Zimbabwe’s education and energy sectors lies in innovation, collaboration, and bold action—and the AU is leading the charge.
The 600kW solar plant is a testament to what is possible when academia, Government, and private enterprise align under a shared vision. President Mnangagwa’s Education 5.0 has provided the blueprint; now, it is up to Zimbabwe’s universities to execute.
President Mnangagwa’s vision is clear: Zimbabwe must transition from a consumer to a producer nation, leveraging intellectual capital to solve local and continental challenges. Under his leadership, the Government has pushed for innovation hubs, industrial parks, and technology commercialisation across universities.
His declaration of 2025 as the “Year of Commercialisation” underscores this shift, urging academia to turn research into marketable products and enterprises.
As the nation marches toward Vision 2030, the success of initiatives like AU’s solar project will determine whether Zimbabwe emerges as a leader in African innovation.
The future belongs to institutions that can teach, innovate, and industrialise simultaneously — and the AU is lighting the way.
Peter Tanyanyiwa