Africa’s solar localisation push will reshape rather than replace imports

The market signal

A fresh Associated Press report describes a broader push by Ethiopia, South Africa, Morocco and Nigeria to build domestic solar manufacturing capacity. That push is unfolding against two simultaneous conditions: African solar demand is expanding, while Chinese manufacturers are looking for additional markets after years of global oversupply and margin pressure.

The underlying demand signal is material. The Global Solar Council says Africa installed 54% more solar capacity in 2025 than in 2024, the continent’s fastest annual growth on record. Distributed systems represented an estimated 44% of new capacity, and the Council’s medium-term outlook points to more than 33 GW of installations by 2029.

Localisation therefore is not developing in a static market. It is emerging while utility-scale, commercial, captive and distributed demand are all expanding — but at different speeds, under different financing structures and with different technical requirements.

Local assembly is not the same as a closed market

The word manufacturing can hide important differences. Module assembly creates local activity and may support jobs, logistics and policy objectives, but many facilities still depend on imported cells, glass, frames, inverters, batteries or other components. Deep vertical integration requires far more capital, energy, technical capability and sustained demand.

South Africa’s industry association, SAPVIA, has called for smart localisation rather than blunt protection. It notes that modules, inverters, trackers and lithium batteries remain predominantly imported and argues that a credible local industrial base needs coordinated policy, incentives and a consistent demand pipeline.

ODI Global’s research provides the other side of the picture. Chinese suppliers remain central to clean-technology flows into African markets, while much Chinese participation in energy projects still follows an engineering, procurement and construction model rather than long-term ownership. ODI also found that Chinese wind and solar technology exports to Africa expanded sharply between 2020 and 2024, even though Africa remained a relatively small destination in global terms.

What changes for equipment sourcing

For buyers and sellers, localisation is more likely to change the composition and qualification of supply than to eliminate imports. A locally assembled module may still rely on an international component chain. A project may combine local-content requirements with bankability tests, warranty support, certification rules and delivery schedules that favour different suppliers for different parts of the system.

This creates a more segmented market. Standard utility-scale procurement, commercial and industrial systems, off-grid projects and replacement demand will not all follow one route. Storage may create an additional layer because system integration, controls, service capability and finance can matter as much as the battery price itself.

The practical commercial question is no longer simply whether equipment is imported or local. It is which part of the value chain must be local, which risks remain with the supplier, and whether the proposed configuration can be financed, certified, delivered and supported in the target market.

SolTraCo interpretation

The strongest near-term opportunity is likely to sit between global supply and local execution. Surplus or project-related equipment can still find demand, but placement will increasingly depend on documentation, product fit, warranty position, local-content rules and the buyer’s financing route.

For dealmakers, this raises the value of early qualification. Before moving a batch across borders, the transaction needs a clear answer on destination requirements, permitted origin, certification, service coverage and whether the buyer needs complete systems or selected components. Localisation does not remove the need for international trade; it makes market matching more precise.