Solar Sovereignty: Why Imported Panels Alone Can’t Power Africa’s Ambition
The conversation around reliable energy in Africa has been shifting between the challenge of rising demand and glaring energy poverty – around 600 million people still lack access to electricity – and the optimism of a ‘green leapfrog’.
The concept is enticing: skip the fossil-fuel-based development, the traditional stage in the industrialization of developed countries, and go straight to the renewable energy era, powered by abundant solar and wind resources, yielding net savings of $3 trillion to $5 trillion and creating an extra 2.2 million jobs in the process.
Imported Revolution
Among the real-world cases that serve to back this narrative, the spread of solar energy is particularly remarkable: it is growing rapidly, driven by falling hardware costs.
Thirteen African countries now draw more than 10 percent of their electricity from the sun, a milestone that would have seemed far-fetched a decade ago. The Central African Republic leads the continent, with solar accounting for 37.7 percent of its electricity mix, followed by Chad at 36.7 percent and Somalia at 32.4 percent. Countries such as Namibia, Mauritania, and Burkina Faso have also crossed the 10 percent threshold.
This year, Africa has installed a record 17 GW of solar, working out to roughly 100,000 solar panels installed every day. In 2025, Africa imported 18.8 GW of Chinese solar panels, a 48 percent jump from the previous year. This trend reflects both Africa’s ambition and Asia’s global trade realignment: as trade tariffs were imposed in the United States and the EU, China redirected its supply toward emerging markets. The very driver behind the trend also exposes its vulnerability: approximately 94 percent of installed solar panels in Africa are imported, predominantly from China, while only about 6 percent are produced domestically in countries such as South Africa, Nigeria, Kenya, Egypt, and Tunisia.
The panels are only part of the equation; it is not complete without the batteries that store daytime sun for nighttime use. Recent estimates put 24-hour solar electricity costs at roughly $76 per megawatt-hour - competitive with, and often cheaper than fossil-fuel-based generation. The batteries required for such storage, too, are overwhelmingly imported.
All this means that the continent is deploying a renewable revolution with borrowed tools, and the long-term prospects of this dependency are beginning to trouble even the most bullish observers.
Manufacturing Means Sovereignty
On a more global scale, as the Pan-African discourse matures, a sobering realization is settling in among policymakers and economists: Africa could trade its dependence on fossil fuels for dependence on imported clean-tech supply.
The conversation must shift from sustainable energy policy to industrial policy. Energy sovereignty - the capacity of a nation or continent to control its own energy destiny - cannot be built on supply chains that terminate in another hemisphere.
Ember and Africa Tech Futures Lab project that African solar panel manufacturing capacity will quadruple, reaching 3.5 GW in 2026, as new plants come online in Egypt and Tanzania. There is a caveat: much of this new capacity is, in fact, oriented toward export to the United States, where prices are higher for Chinese panels due to US tariffs.
In other words, the African market is importing Chinese-made solar panels instead of the US while producing panels for the US market. Ironic as this situation may seem, if African demand is contingent on Chinese export capacity redirected from Western markets, then African deployment is exposed to the changes in transatlantic tariff policies, which have been dramatic and unpredictable.
A domestic manufacturing base - even if modest in capacity and focused on assembly and non-critical components - would go towards buffering that exposure while creating skilled jobs.
The Skills Dividend
Africa's energy conversation has historically focused on solar panels, batteries, and hydrogen plants, while overlooking the human capacity needed for installation, maintenance, and construction. The ‘jobs dividend’ cited by proponents of the green transition may be real, but its quality and sustainability is questionable without investment in skills.
While many African markets are seeing a rise in installation jobs, their ‘skill ceiling’ is low. Without investing into education, this could result in the creation of a workforce trapped in low-wage labor. If African universities do not produce enough engineers and trained technicians, the continent will remain a consumer of foreign innovation. And while training is important, it requires connection to real markets, designing curricula with industry, and building an entire ecosystem that creates real jobs - not just certificates.
The Long Game
The continent's sustainable energy present is bright, but it is rented. The countries making the shift towards solar have proven that it works on African grids and for African budgets.
For the renewable revolution to succeed, the definition of success must evolve, too. Success is not measured in GWs installed, but in GWs manufactured and high-skill jobs created.
Africa must leverage its critical resources to develop the manufacturing base that would allow it to build panels and batteries on African soil. This requires more than an energy policy: we are talking about a deliberate industrial policy. Solar power may be free, but without investment in manufacturing capacities and skills, the continent will never truly own its energy future.
