The language around energy on the continent has shifted, and not in the loud, declarative way policy documents tend to prefer. It has shifted quietly, in procurement decisions, in infrastructure bets, in the kinds of risks governments are now willing to take. Where the conversation once revolved around shortages, outages, and emergency fixes, it is increasingly about structure: how energy systems are being built, extended, and, in some cases, deliberately rethought.
This matters because it reveals something more useful than ambition. It reveals intent. And intent, unlike rhetoric, leaves a trail—in budgets, in project pipelines, in the kinds of technologies that are being scaled rather than simply piloted.
Across the continent, that trail does not point in a single direction.
Where systems are being built to last
In Kenya, energy transition has taken on a distinctly infrastructural character. The country’s reliance on geothermal power—drawn from the Rift Valley—has allowed it to build something that many renewable-heavy systems struggle to achieve: consistency. Geothermal does not depend on sunlight or wind patterns; it produces steady baseload energy, which in turn stabilises the broader grid. This is not a minor technical detail. It is the difference between a system that supplements and one that sustains.
Data from the Energy and Petroleum Regulatory Authority indicates that more than 80% of Kenya’s electricity generation now comes from renewable sources (https://www.epra.go.ke/renewable-energy/). That figure is often cited as a milestone, but the more interesting point is how it was achieved: through long-term state coordination, anchored by institutions like the Kenya Electricity Generating Company, rather than through fragmented, crisis-driven adoption.
A different, though equally deliberate, logic is visible in Morocco. Here, renewable energy is less about internal stability and more about strategic positioning. The scale of its solar investments—particularly concentrated solar power—signals an ambition that extends beyond domestic consumption. According to the Moroccan Agency for Sustainable Energy, Morocco is targeting over 50% renewable installed capacity by 2030 (https://www.masen.ma/en/strategy). But targets alone do not capture the full picture. What is emerging is a system designed with export potential in mind, one that treats energy not just as infrastructure, but as leverage.
In both cases, what stands out is not simply the presence of renewable energy, but the coherence of the systems being built around it. These are not additive transitions. They are structural ones.
Where access, not transition, is the priority
The picture shifts when you move west.
In Nigeria, the central issue is not how to transition from fossil fuels, but how to provide electricity at all. Grid supply remains inconsistent, and for millions, effectively absent. In that context, solar has emerged less as a climate solution than as an infrastructural workaround—one that bypasses the state’s most visible constraint.
Programmes like Solar Power Naija, implemented through the Rural Electrification Agency, aim to deploy millions of solar home systems and mini-grids (https://rea.gov.ng/solar-power-naija/). The scale of the problem they are addressing is significant. The World Bank estimates that over 80 million Nigerians still lack access to electricity (https://www.worldbank.org/en/country/nigeria/brief/energy).
What is emerging from this is not a transition in the conventional sense, but a parallel system—decentralised, uneven, and deeply dependent on localised management. Mini-grids power homes, clinics, and small businesses, often in areas the national grid may not reach for years. But they also raise difficult questions. Who maintains them? How are they financed over time? And at what point do they become insufficient for growing demand?
Rwanda offers a more controlled version of this model, combining off-grid solar with a clearly articulated national electrification plan. The Rwanda Energy Group has positioned decentralised energy not as a stopgap, but as a formal component of its rollout strategy (https://www.reg.rw/what-we-do/electricity-access-roll-out-program/). The distinction is subtle but important. It is the difference between improvisation and design.
Where transition is negotiated, not declared
Elsewhere, the movement toward alternative energy is neither linear nor absolute.
Egypt exemplifies this tension. Its investment in large-scale solar—most notably the Benban Solar Park—sits alongside a continued reliance on natural gas. Rather than signalling contradiction, this reflects a deliberate balancing act. Renewable expansion is being pursued, but not at the expense of system stability or export revenues tied to fossil fuels.
The Egyptian Ministry of Electricity and Renewable Energy has set a target of 42% renewable energy by 2035 (http://www.moee.gov.eg/en/), yet the pathway to that target remains hybrid. Energy transitions, in this context, are not ideological commitments. They are negotiated outcomes.
A similar recalibration is underway in South Africa, though for different reasons. After years in which load shedding dictated both public discourse and private investment, the relative stabilisation of the grid has altered the energy landscape. Data from the Council for Scientific and Industrial Research shows that while private solar installations surged between 2022 and 2024, growth has since begun to moderate (https://www.csir.co.za/analysis-south-africas-power-system).
This does not suggest retreat. It suggests a shift in motivation. Where adoption was once driven by urgency, it is now increasingly shaped by economics—cost savings, resilience planning, and long-term risk management, particularly in the commercial and industrial sectors.
The constraints that remain
For all their differences, these national trajectories are bound by a shared set of constraints. Financing remains the most persistent. Large-scale renewable projects require significant upfront capital, and while development finance institutions have stepped in to bridge the gap, funding is neither sufficient nor evenly distributed.
The African Development Bank estimates that Africa faces an annual infrastructure financing gap of up to $100 billion (https://www.afdb.org/en/topics-and-sectors/initiatives-partnerships/infrastructure-development). Energy sits at the centre of that gap.
Climate variability is another pressure point, particularly for countries reliant on hydropower. The International Energy Agency has noted increasing disruption to hydropower output linked to changing rainfall patterns (https://www.iea.org/reports/africa-energy-outlook-2022). This complicates planning in ways that are not always visible in headline capacity figures.
What begins to emerge, then, is a more complicated picture than the language of “transition” suggests. Progress is real, but uneven. Ambition is present, but constrained. And perhaps most importantly, solutions are being shaped as much by limitation as by opportunity.
What this moment holds
If this 2026 update captures anything, it is a continent in the middle of multiple energy experiments—some coordinated, others improvised, all incomplete.
There is no single model to follow, and no guarantee that current approaches will hold. What exists instead is a set of working systems, each revealing something about how energy is being understood: as infrastructure, as access, as strategy, as risk.
A year from now, some of these trajectories will have sharpened. Others will have stalled or shifted direction entirely. That is precisely why a snapshot like this matters—not as a verdict, but as a reference point.
Because the real story is not whether Africa is transitioning to alternative energy. It is how—and on whose terms—that transition is unfolding.
