East Africa holds immense untapped solar potential, particularly in regions where access to electricity remains limited or non-existent. In Kenya, a large portion of the estimated 13 million people without power live in high solar irradiation zones, making off-grid solutions especially viable. Tanzania is also positioning itself for renewable expansion, with its National Renewable Energy Strategy (2024–2034) identifying at least a quarter of underserved regions as suitable for clean energy deployment. Uganda has similarly made strong progress, expanding electricity access to more than eight million people since 2016, largely through renewable initiatives. Unlocking this potential is critical not only for improving livelihoods, but also for driving economic growth and supporting sustainable development across the region.
While hydropower and geothermal energy play significant roles in national grids across Kenya, Uganda and Tanzania, extending traditional infrastructure to remote areas remains costly and logistically complex. In this context, off-grid solar emerges as the most practical, scalable and cost-effective solution. Solar systems can be deployed quickly, require minimal ongoing maintenance and, when integrated with battery or hybrid technologies, can deliver reliable and continuous power. These advantages make solar particularly suited to rural communities either completely disconnected from the grid or struggling with inconsistent supply.
For Schneider Electric, solar energy goes far beyond basic household electrification. Through its global Access to Energy programme, the company works with local partners to provide clean, reliable power to health facilities, schools, agricultural operations and small businesses across East Africa. In healthcare settings, solar-powered infrastructure enables night-time medical care, vaccine refrigeration and consistent emergency services. In education, electrified schools benefit from extended learning hours and access to digital platforms. In agricultural communities, solar supports irrigation, agro-processing and cold storage, helping improve productivity, reduce losses and strengthen food security. Meanwhile, small businesses gain increased operational capacity through enhanced lighting and reliable refrigeration.
Schneider Electric’s approach starts with a comprehensive mapping of each project’s ecosystem. This includes identifying funding partners such as impact investors, development institutions and philanthropic funders, while also working closely with NGOs and local energy developers. Community-based organisations contribute vital local knowledge and trust, while Schneider Electric provides advanced technology, robust system design and integration expertise. Together with trained on-the-ground partners, this collaborative model ensures that projects are well implemented, properly maintained and aligned with the long-term aspirations of communities.
To strengthen operational sustainability, Schneider Electric integrates remote monitoring technology into its installations. These systems enable real-time performance tracking, fault diagnostics and faster maintenance response, reducing downtime and improving reliability. This also enhances transparency by allowing funders and stakeholders to track project performance and impact, while communities benefit from more consistent service delivery. Globally, Schneider Electric draws from its experience in other developing regions to refine its approach in East Africa. In India, for example, the company has successfully powered healthcare centres and supported economic activities through renewable energy, reducing operational costs and building long-term local capacity. While East Africa presents its own unique realities, adapting these models particularly centralised renewable systems supporting multiple community services can help accelerate scalable and sustainable energy access.
Looking ahead, Schneider Electric aims to deepen its impact by expanding community infrastructure electrification, strengthening support for agricultural and entrepreneurial applications, enhancing remote monitoring and maintenance frameworks, and fostering stronger collaboration with NGOs, funders and impact investors. East Africa’s energy transition is ultimately not just about deploying technology, but about enabling long-term socio-economic transformation. By aligning innovation with local needs and combining global expertise with grassroots partnerships, solar power can become a catalyst for inclusive, resilient and future-ready development across the region.
