Africa is experiencing a solar revolution: its imports of Chinese photovoltaic panels increased by 60% over twelve months, reaching 15,032 MW between July 2024 and June 2025, according to Ember. This momentum confirms that the continent is accelerating its energy transition, with effects already visible in several African countries.

A Spectacular Rise

The most striking figure is not only the overall increase, but its geographical scope. Twenty African countries broke their import records during this period, and 25 countries imported at least 100 MW, compared to 15 a year earlier. This shows that the solar boom is no longer limited to a few pioneering markets, but is now spreading across a large part of the continent.

South Africa remains the leading importer with 3,784 MW, followed by Nigeria with 1,721 MW, Algeria with 1,199 MW, Morocco with 915 MW, and Egypt with 854 MW. The growing presence of countries like Algeria, Zambia, and Botswana illustrates the rapid diversification of African solar markets.

What this means?

This surge in imports can have a tangible impact on electricity systems. Ember estimates that the volumes imported during this period could increase electricity production by at least 5% in 16 African countries, with even more pronounced effects in some states dependent on energy imports. In Sierra Leone, the theoretical equivalent of these panels could represent up to 61% of the total declared electricity production in 2023.

This suggests that solar energy is becoming more than just a climate option: it is becoming an economic and strategic response to electricity shortages. For many countries, imported solar power offers a faster deployment solution than traditional infrastructure, especially in areas where grid access remains limited.

Why China Dominates

China remains the world’s leading supplier of solar panels, with an industrial capacity that allows it to massively supply the African market. This dominant position explains the continent’s heavy dependence on Chinese imports, especially since local production remains limited in most African countries.

There are, however, a few exceptions. Morocco recently doubled its local production capacity to reach 1 GW per year, while South Africa also has a comparable industrial base. But overall, the African solar value chain remains largely decentralized, leaving significant room for growth for the continental industry.

A Major Industrial Challenge

The real question, therefore, is not just the volume of imports, but how to transform this demand into a local industrial base. If Africa continues to import massively without developing its manufacturing capacity, it will remain dependent on Asian prices, supply chains, and industrial choices. Conversely, a surge in local production could create jobs, reduce long-term costs, and strengthen energy sovereignty.

This situation opens a window of opportunity for African governments. Those that combine electrification policies, industrial incentives, and financing for solar projects will be able to capture more added value within their borders.

A signal for investors

For investors, this trend confirms that African solar energy is no longer a niche market. The increases in imports observed in several countries show that structural demand is emerging, driven by the energy emergency, the decrease in equipment costs, and the objectives of the green transition.

The continent is thus entering a phase where the question is no longer whether solar energy will become widespread, but how quickly and with what proportion of local content. This shift will make the difference between simple technological adoption and genuine energy industrialization.

Conclusion

The surge in Chinese solar panel imports to Africa reflects a profound shift: the continent is accelerating its energy transition on a massive scale. Behind the 60% figure lies a new economic reality, where solar power is becoming a driver of electrification, investment, and industrial transformation.