West Africa Has Green Policies. Where Is the Capability?
ECOWAS adopted a renewable energy policy in 2013. Six connected gaps explain why West Africa adopts green technology without building it.
Executive Summary
West African governments have adopted renewable energy policies, energy efficiency strategies and climate commitments, supported by regional institutions such as ECREEE. Yet this expansion of policy has not produced a comparable expansion of local technological capability: the institutional, financial, technological and human capacity to deploy, adapt, maintain and manufacture the technologies the region is buying. This analysis traces the gap to six interconnected policy weaknesses: implementation, regional harmonisation, finance, technology transfer, green skills, and data and measurement. Each limits progress on the others. It proposes four priorities: connect policy commitments to funded implementation and accountability; align finance with the stages of technological development; make local technological participation a deliberate development objective; and build institutional, workforce and data capacity alongside physical infrastructure. The transition, it argues, should be measured not only by what is installed but by the capability it creates.
Key Findings
ECOWAS adopted regional renewable energy and energy efficiency policies in July 2013, and regional progress monitoring is now an established practice.
Installing and importing green technology improves access but does not by itself create domestic industries, skills, research capacity or financing systems.
Rules for cross-border power trade exist, but a 2021 regulatory review of six member states found implementation progressing at different speeds.
Africa attracts around 3 percent of global energy investment, and financing costs for its energy projects are at least two to three times those in advanced economies and China.
Capital flows more readily to established infrastructure than to early-stage innovation, local manufacturing or research commercialisation.
A 2026 study of 55 lecturers in six Nigerian universities found green competencies integrated into technical education in a fragmented way, often depending on individual lecturers.
Monitoring that counts installed capacity cannot show whether systems work reliably, what they displace or how much local value they create.
In July 2013, ECOWAS heads of state approved a regional renewable energy policy and a regional energy efficiency policy. Member states followed with national action plans, and regional monitoring has become routine: the 2023 regional progress report on renewable energy, energy efficiency and access appeared in September 2025. On paper, West Africa is not short of green ambition.
The harder question is what that ambition has built. Solar panels can be installed, and efficient equipment imported, without creating a single domestic supplier, technician pipeline or testing laboratory. My argument is that West Africa's green technology challenge is not one of adoption. It is one of capability: the institutional, financial, technological and human capacity to deploy, adapt, maintain and eventually manufacture the technologies the region is buying.
Policy has moved faster than delivery
I identify six connected gaps. The first is implementation. Targets require funded plans, clear agency responsibilities, reliable procurement and consistent monitoring. Where those are fragmented, governments can adopt ambitious policies without building a delivery system behind them, and local firms cannot plan around demand they cannot predict.
The second is regional harmonisation. In December 2018, ECOWAS adopted a directive to secure payment for cross-border power trade, with member states required to act by January 2020. A 2021 regulatory review of six member states showed implementation had progressed to different degrees. Transmission lines create the physical capacity to trade electricity. Payment security and regulatory coordination decide whether the trade is dependable. The tension reaches well beyond West Africa, where power markets are being restructured nationally while integrating regionally.
Finance favours the familiar
The third gap is finance. Africa holds about a fifth of the world's population but attracts only around 3 percent of global energy investment, and its energy investment needs to more than double from about USD 90 billion a year by 2030. The cost of capital for energy projects is at least two to three times higher than in advanced economies.
The point I want to stress is sharper than the size of the gap. A utility-scale solar plant needs long-term infrastructure finance. A start-up building a battery management system needs early-stage capital that can tolerate uncertain returns. Money flows more easily to the first than to the second, so capability that needs patient risk capital struggles to form.
Equipment arrives; knowledge often does not
The fourth gap is technology transfer. In Nigeria, NASENI's initiatives include solar panel assembly and the local manufacture of solar street lights, and the federal ECON initiative aims to connect research with investors, manufacturers and markets. Both point towards commercialisation, but the route is long. A locally designed inverter still has to pass through testing, certification, production inputs, financing, manufacturing and market development before it reaches sustained customer demand. Each stage is a point where capability can stall.
The fifth gap is skills. In a 2026 study of 55 lecturers across six Nigerian universities, green competencies in technical and vocational education were integrated in a fragmented way, often depending on individual lecturers rather than institutional frameworks. The same constraint runs through Africa's wider failure to plan the workforce alongside the infrastructure.
The sixth gap is measurement. Installed solar capacity does not show whether a system runs reliably through the year, how much diesel it displaces or what local employment it created. Monitoring that counts deployment cannot tell governments whether capability is growing.
A different measure of success
The six gaps reinforce one another, which is why I argue against isolated fixes. My four priorities are to connect commitments to funded implementation and accountability, to align finance with each stage of technology development, to make local technological participation a deliberate objective, and to build institutional, workforce and data capacity alongside physical infrastructure.
This is not an argument for every country to manufacture every component. It is an argument for identifying the commercially viable areas where countries can take part in regional and global green-technology value chains, so that the relationships with international suppliers leave knowledge, enterprises and economic value behind.
West Africa does not merely need greener infrastructure. It needs the capability to shape its green transition independently.
The full analysis, with its figures, financing table and complete references, is available to download below.
Suggested Citation
Adejoh, S. (2026). West Africa Has Green Technology Policies. Why Hasn’t It Built Green Technology Capability? Policy Brief. Abuja: Energy Transition Africa.