Africa’s solar energy market is entering a new phase in 2026 as businesses, universities, mines and industrial facilities increasingly turn to solar power, battery storage and innovative financing to reduce electricity costs and improve energy security.
Recent projects across Ghana, Kenya, Nigeria, South Africa and Uganda show that the market is expanding beyond conventional utility-scale solar farms. Solar-as-a-Service, leasing, local-currency green bonds, corporate power purchase agreements and electricity wheeling are emerging as important tools for financing installations without requiring customers to make large upfront investments.
The opportunity is substantial. Africa imported more than 15 GW of solar panels from China in the 12 months to June 2025, an increase of 60 percent year over year, according to analysis of Chinese customs data reported by Ember. Outside South Africa, imports have expanded particularly rapidly, indicating that solar deployment is becoming much more geographically diversified across the continent.
Yet financing remains the biggest constraint. The International Energy Agency says Africa attracts only around 2 percent of global clean-energy investment despite accounting for about 20 percent of the world’s population. Private-sector clean-energy investment on the continent nevertheless increased from approximately $17 billion in 2019 to almost $40 billion in 2024, showing that commercial capital is becoming increasingly important.
Ghana Targets GHS 1 Billion Green Bond for Solar and Storage
Ghana is emerging as one of the markets experimenting with financing models designed to remove the upfront cost of commercial solar.
CIPA Holdings Group is financing solar photovoltaic and battery energy storage systems for commercial and industrial customers through a Solar-as-a-Service model. CIPA and its partners finance, install and operate the energy infrastructure, while businesses purchase the electricity generated.
The approach effectively shifts solar from a capital expenditure to an operating expense for customers.
CIPA also plans to establish a cedi-denominated green bond programme of up to GHS 1 billion over five years through its GreenStar platform. Its initial project pipeline includes at least 20 MW of aggregated solar and battery storage assets.
Local-currency financing could become particularly important because currency risk and expensive borrowing remain major obstacles to renewable-energy development in Africa. The IEA estimates that debt-servicing costs across Africa in 2025 were equivalent to more than 85 percent of total energy investment.
Ghana Plans $2 Million Solar-Powered Poultry Plant
Renewable power is also moving into Ghana’s agricultural processing sector.
The Association of Ghana Industries is supporting investors from Nebraska in the United States on a proposed $2 million poultry processing facility capable of handling between 1,200 and 2,000 birds per day.
Rather than depending entirely on the electricity grid, the plant is expected to combine solar power with biogas generated from poultry waste.
The model illustrates a wider opportunity for African agricultural businesses: using distributed renewable energy to power cold storage, processing, irrigation and manufacturing while converting agricultural waste into energy.
Reliable electricity could also improve the competitiveness of local poultry production by reducing exposure to grid interruptions and diesel-generator costs.
Kenya Turns to Solar Financing for Universities
Kenya’s Ministry of Education and KCB Bank Kenya are working on a programme to introduce solar power and energy-efficiency technologies across universities.
Under the initiative, universities will undergo energy audits to establish their electricity consumption and identify suitable solar installations. Financing, installation and maintenance can then be structured through asset-based financing.
The programme has an additional workforce-development dimension. Students and technical employees are expected to gain practical exposure to solar system design, installation, operation and maintenance.
The combination of renewable infrastructure and technical training could help universities become demonstration sites for Kenya’s wider clean-energy transition.
Africa’s electricity challenge remains enormous. The World Bank’s Mission 300 programme says around 560 million people in Sub-Saharan Africa were still without electricity in 2024. The programme aims to provide electricity access to 300 million people by 2030, with the World Bank targeting 250 million connections and the African Development Bank another 50 million.
By June 2026, Mission 300 had already connected more than 50 million people across 40 African countries, with the pace of electrification approaching twice the level recorded when the initiative started.
Nigeria University Installs 200 kWp Solar System
Nigeria’s Adeleke University in Osun State has commissioned a 200 kWp solar installation at its Senate Building.
Installed by DVS Reliable Energy, the system can operate independently or alongside grid electricity, helping the university reduce dependence on both the national grid and diesel generators.
The solar modules are expected to operate for as long as 25 years, while the battery system carries a 10-year warranty and the inverters have a five-year warranty.
Universities, hospitals and other institutions represent an attractive distributed-solar opportunity in Nigeria because they typically require reliable daytime electricity and often incur significant costs operating backup generators.
South Africa’s Ilikwa Solar Project Delivers 70 GWh to EXSA
Corporate renewable-energy procurement is developing rapidly in South Africa, where electricity wheeling allows independent power producers to supply customers using existing transmission and distribution infrastructure.
Energy Exchange of Southern Africa, or EXSA, has started commercial operations for its 25 MW allocation from the Ilikwa solar photovoltaic project near Parys in the Free State.
The overall Ilikwa project has 50 MW of capacity and was developed by Mainstream Renewable Power. It is jointly owned by Mainstream and Investec.
EXSA’s 25 MW share is expected to generate more than 70 GWh of renewable electricity annually, implying that the complete project could produce more than 140 GWh per year.
Under a long-term power purchase agreement, EXSA purchases the electricity and supplies it to commercial and industrial customers through wheeling arrangements.
The project demonstrates how South Africa’s solar market is moving beyond utility procurement toward private PPAs and corporate electricity supply.
Northam Plans 20 MW Solar and 40 MWh Battery System for Eland Mine
South Africa’s mining industry is another major source of renewable-energy demand.
Northam Platinum is seeking to transform its Eland mine into what it expects to become the country’s first platinum group metals operation powered completely by renewable energy.
The company plans an initial 20 MW solar plant supported by 40 MWh of battery energy storage at Eland, with additional renewable capacity expected later.
Northam’s wider renewable programme includes the Karreebosch wind project, Thakadu solar project and the already commissioned Zondereinde solar facility.
Mining companies have strong incentives to invest in renewables because electricity is a major operating cost, while reliable energy supply is critical for maintaining production.
Combining solar and wind generation with batteries can also increase the proportion of mining operations powered by renewable electricity beyond daylight hours.
University of Pretoria Builds 12.7 MWp Solar Farm
One of Africa’s more substantial university solar installations is approaching completion at the University of Pretoria’s Persequor Park campus.
Developed by AttSolar, the project has 12.7 MWp of installed solar capacity across approximately 21.4 hectares.
The facility includes more than 20,000 solar modules, Huawei string inverters, a new substation and grid-connection infrastructure.
Once operational, it is expected to generate approximately 22,225 MWh of renewable electricity every year.
That is an average of roughly 61 MWh of solar electricity per day over a full year.
The electricity will support multiple University of Pretoria campuses, making the development considerably larger than a typical rooftop university installation. Commercial operation is expected later in 2026.
Uganda Expands Zero-Upfront Commercial Solar
Uganda is also developing financing structures that allow businesses to install solar without tying up significant working capital.
dfcu Bank has partnered with Sawa Energy to offer renewable-energy solutions to manufacturers, industrial companies and other high-electricity consumers.
Companies can obtain solar installations through leasing arrangements or equipment purchases, providing different financing options according to their cash-flow requirements.
The model is particularly relevant to African businesses because the economic case for solar is not determined solely by panel prices. The cost of capital, foreign-exchange exposure, equipment financing and availability of long-term PPAs can determine whether a project is commercially viable.
Africa Solar Growth Is Becoming a Financing Story
Africa’s solar opportunity is increasingly about how projects are financed, rather than simply how many panels can be installed.
The IEA’s analysis of African energy investment shows private clean-energy investment nearly tripled from about $17 billion in 2019 to almost $40 billion in 2024. Solar PV has also become the lowest-cost source of electricity in many African markets.
At the same time, the continent’s enormous electricity deficit provides a long-term market for both grid-connected and distributed solar. Mission 300 is targeting 300 million new electricity connections by 2030, while distributed renewable systems, mini-grids and standalone solar are expected to complement conventional grid expansion.
The Mission 300 Private Sector Council, launched in March 2026 by the World Bank, African Development Bank and Rockefeller Foundation, is specifically intended to mobilise private capital and develop financing mechanisms — including local-currency solutions — that can accelerate electricity investment.
Meanwhile, Africa’s imports of more than 15 GW of Chinese solar modules in one year suggest that equipment availability is no longer the only bottleneck.
The next stage of Africa’s solar expansion is therefore likely to be driven by Solar-as-a-Service, green bonds, leasing, corporate PPAs, electricity wheeling, battery storage and local-currency financing.
Projects in Ghana, Kenya, Nigeria, South Africa and Uganda already demonstrate this transition. From a GHS 1 billion green-bond ambition and 20 MW solar-storage pipeline in Ghana, to a 12.7 MWp university solar farm, 20 MW solar plus 40 MWh battery project for mining, and 25 MW corporate solar allocation producing more than 70 GWh annually in South Africa, distributed and commercial solar is becoming an increasingly important part of Africa’s electricity investment landscape.
For investors and renewable-energy developers, the biggest opportunity may therefore lie not only in building larger solar farms, but in creating financing structures that make solar affordable for Africa’s businesses, mines, universities, farms and industrial customers.
SHAFANA FAZAL
