
Solarise Africa Wins $1.12M Grant For Uganda And Zambia Push
Kenyan energy finance company Solarise Africa secured a $1.12M concessional grant from the Energy and Environment Partnership Trust Fund to scale commercial solar leasing across drought-stricken Zambia and industrializing Uganda.
Inioluwa Ademidun | 15 Oct. 2026, 9:02 AM · 8 min read

Electrical power grids across Southern and Eastern Africa are buckling under climatic and financial strain. Prolonged regional droughts have crippled massive hydroelectric reservoirs, leaving industrial factories, agricultural processing plants, and private hospitals without reliable electricity for up to twenty hours each day. Running diesel generators to bridge that gap burns through company cash reserves and releases heavy carbon emissions into the atmosphere. Solarise Africa, a decentralized energy financing company founded in Nairobi, is expanding its clean energy leasing operations to tackle this crisis directly. The firm secured a $1.12M grant from the Energy and Environment Partnership Trust Fund, known as EEP Africa, to finance its corporate expansion into Uganda and Zambia.
The grant represents a calculated deployment of philanthropic and public development capital designed to unlock private commercial financing. Founded in 2017 by Jan Albert Valk, Solarise Africa does not manufacture solar panels or invent novel battery chemistry. Instead, the company operates as an asset financing platform. It purchases commercial and industrial solar hardware from international suppliers and leases the fully installed systems to local businesses under long-term power purchase agreements. The client pays a predictable monthly rate for the electricity generated on their roof without surrendering massive capital upfront. This decentralized model is expanding rapidly across the continent, matching the record deployment pace we tracked when Africa installed a record 100,000 solar panels daily.
The $1.12M capital injection arrives at a moment of extreme desperation in Lusaka. Zambia relies almost entirely on the Kariba Dam for its baseload electricity supply. Historic rainfall deficits throughout 2025 and 2026 caused water levels behind the dam to drop below operational minimums, forcing state utility ZESCO to impose devastating rolling blackouts. Commercial businesses, food cold-storage facilities, and copper processing facilities face daily power cuts lasting twenty-one hours. Small and medium enterprises that cannot afford industrial diesel fuel simply close their doors, idling thousands of workers and driving regional inflation. By deploying commercial solar arrays paired with energy storage, Solarise Africa offers businesses a guaranteed power supply that keeps manufacturing lines running.
The Commercial and Industrial Energy Bottleneck
Large-scale utility solar projects frequently capture international headlines, with global institutions signing billion-dollar loan agreements to construct massive solar farms in remote deserts. Those centralized projects take five to seven years to navigate government bureaucracies, negotiate sovereign land rights, and string high-voltage transmission lines across rural provinces. Commercial and industrial solar leasing moves at a radically different pace. A rooftop solar installation atop a grain silo or a manufacturing warehouse can be financed, engineered, and turned on within ninety days. Decentralized energy generation brings immediate relief directly to the point of consumption, bypassing transmission line losses entirely.
The biggest obstacle preventing African business owners from adopting solar is not a lack of sunlight. It is the failure of local commercial banking systems. A commercial solar and battery storage setup capable of powering a textile mill or plastic fabrication plant costs between $150,000 and $500,000. In countries like Uganda and Zambia, commercial banks demand annual interest rates ranging between twenty-five and thirty-five percent on business loans. Borrowing capital at those loan rates to purchase solar panels destroys business balance sheets. Furthermore, banks routinely demand physical land titles as loan collateral, which many medium-sized commercial enterprises do not possess. We observed similar capital access hurdles when Complete Farmer secured an IFC loan to finance agricultural producers shut out from traditional bank credit.
Solarise Africa solves this credit freeze by acting as the asset owner. The company inspects the client facility, designs the photovoltaic array, hires vetted local engineering contractors, and pays for the physical hardware. The client signs a lease agreement spanning five to ten years. The monthly lease fee is calculated to sit below what the client would otherwise spend purchasing electricity from the national grid or burning diesel fuel in a generator. Once the lease period concludes, ownership of the solar installation transfers directly to the client. This asset-backed financing structure mirrors the commercial leasing models we analyzed when Spiro secured $18M in debt for electric vehicle expansion across Uganda and Rwanda.
Expanding Into The Ugandan Industrial Sector
While Zambia represents an emergency response to catastrophic load shedding, Uganda presents a long-term industrialization opportunity. The Ugandan government is constructing industrial business parks outside Kampala, Jinja, and Entebbe, offering tax holidays to international manufacturers willing to build regional assembly plants. However, the national distribution grid suffers from frequent voltage fluctuations and sporadic transmission outages that damage sensitive industrial machinery. An unexpected voltage sag can shut down a plastic molding line, ruining tons of molten raw materials and costing thousands of dollars in downtime.
Installing commercial rooftop solar paired with intelligent inverters stabilizes internal factory electricity. When the external municipal grid drops out or suffers a voltage spike, the rooftop solar and battery storage system takes over within milliseconds, preventing factory downtime. The agricultural processing sector in Uganda is particularly suited for this technology. Tea processing estates, coffee washing stations, and fish freezing facilities scattered across the Lake Victoria basin require uninterrupted power during harvest windows. If cold storage rooms lose power for six hours, perishable export produce spoils, causing devastating export losses. Supplying uninterrupted clean energy to agricultural supply chains protects food security, a development priority highlighted when ThriveAgric secured commercial paper funding to stabilize grain production.
The $1.12M grant from EEP Africa provides the equity cushion required to absorb local currency risks. In emerging markets, energy developers face severe foreign exchange mismatches. Solarise Africa must purchase solar panels, inverters, and battery cells on international markets using American dollars or European euros. But local clients in Kampala and Lusaka generate their commercial revenue in Ugandan shillings and Zambian kwacha. If the local currency suffers a steep devaluation against the dollar, the cost of servicing foreign equipment debt can quickly overwhelm an energy startup. Concessional grant funding absorbs this initial currency buffer, allowing the company to write client contracts that remain affordable during economic downturns.
| Market | Primary Grid Vulnerability | Target Client Sector | Primary Competing Power Source |
|---|---|---|---|
| Kenya | High peak commercial tariffs | Horticulture, logistics, retail hubs | National grid baseload |
| Zambia | Hydro drought; 21-hour load shedding | Mining support, cold storage, manufacturing | Heavy industrial diesel generators |
| Uganda | Voltage instability and distribution drops | Agribusiness, tea estates, industrial parks | Diesel generators, unstable grid |
The Role of Concessional Blended Finance
Commercial venture capital firms frequently overlook African clean infrastructure projects because the financial returns take years to materialize. Venture funds prefer high-margin software applications that can scale to millions of users with minimal capital expenditure. Physical energy infrastructure requires real engineering labor, hardware supply chains, and complex debt underwriting. To bridge this funding gap, development finance institutions rely on blended finance models. Organizations like EEP Africa, funded by European governments including Finland, Sweden, and Austria, provide early-stage grants that derisk projects before institutional private funds step in.
Once Solarise Africa proves its business model in a new country by deploying grant funds, traditional commercial debt funds become willing to supply senior debt facilities. Solarise Africa previously secured institutional backing from European development financiers, including French investor Proparco, Dutch impact fund DOEN Participaties, and French energy fund Gaia Energy. The firm demonstrated that commercial solar leasing in Africa achieves low loan default rates because electricity is not a luxury purchase; it is the fundamental utility required to stay in business. We tracked this broader recovery in venture capital when African tech startups raised $583M in third quarter funding.
The geopolitical dimension of this energy transition deserves close attention. While funding for the expansion originates from European public trust funds, the physical equipment landing at the ports of Mombasa and Dar es Salaam is manufactured almost exclusively in China. Chinese factories produce over eighty percent of global photovoltaic modules and lithium battery cells, offering wholesale pricing that Western manufacturers cannot match. Western grant money is directly subsidizing the deployment of Chinese physical hardware across African factory rooftops. This dynamic illustrates the multipolar reality of modern emerging markets, which we highlighted when Egyptian President El-Sisi demanded technology transfer rather than passive hardware consumption.
Building Local Engineering Capacity
Beyond capital financing, the expansion into Uganda and Zambia relies on training domestic engineering teams. Solarise Africa does not import foreign installation crews. The company partners with local electrical contractors and engineering firms in Lusaka and Kampala, providing specialized training in commercial system sizing, remote telemetry monitoring, and high-voltage inverter maintenance. When an industrial solar installation goes live, it creates permanent technical employment for domestic electricians who maintain the panels and monitor battery health.
Every commercial array installed by the company features remote telemetry tracking. Sensors continuously measure ambient temperature, solar irradiation, panel cleanliness, and battery state-of-charge, beaming the data back to an operations hub in Nairobi. If a solar panel suffers cell degradation or dust accumulation drops generation levels, automated diagnostic software alerts the local maintenance crew before the factory suffers a power drop. This predictive maintenance loop keeps hardware operating at peak output, mirroring the software asset tracking methods we explored when Metris Energy raised $5M to automate commercial solar portfolios.
The continent cannot industrialize on the back of broken electrical grids and dirty diesel fuel. By taking on the credit risk and hardware costs, Solarise Africa gives local business owners a realistic path toward energy independence. The $1.12M grant from EEP Africa will not solve the regional power crisis overnight, but it provides the critical spark required to keep assembly lines running, preserve food supplies, and prove that decentralized solar leasing is the fastest route to African industrial growth.
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Inioluwa Ademidun
Inioluwa Ademidun
Expertise:African Tech Ecosystem, Early-Stage Startups, Emerging Market Dynamics, Venture Capital & Tech Reporting, Product Management
Award:TechRobust Contributor of the Year 2025
Inioluwa is a Senior Product Manager by day and an investigative technology reporter by night, bridging the gap between scalable software architecture and high-impact journalism. She delivers deep-dive analysis on venture-backed founders, regulatory shifts, and grassroots tech ecosystems across Africa and global emerging markets.