The global energy transition is accelerating at an unprecedented pace, driven by the dual urgency of climate change and profound geopolitical shifts. Governments are redefining industrial strategies, financial institutions are reallocating capital toward low-carbon assets, and multinational corporations are securing access to critical minerals essential for clean technologies. Electric vehicle batteries, solar panels, wind turbines, smart grids, and green hydrogen infrastructures are reshaping global supply chains and reconfiguring the architecture of economic power.

Decarbonization in industrialized economies now depends heavily on a limited set of strategic resources. In this emerging geopolitical landscape, Africa occupies a central position. The continent holds a dominant share of global cobalt reserves, significant deposits of lithium, manganese, graphite, and rare earth elements, and possesses vast renewable energy potential—solar, hydroelectric, wind, and geothermal.

Yet resource abundance does not automatically translate into technological sovereignty or inclusive prosperity. Historically, Africa has often been positioned as a supplier of raw materials, while high-value industrial processing, advanced research, intellectual property ownership, and technological manufacturing have been concentrated elsewhere.

This historical pattern raises a critical strategic question: Will the global green transition reproduce extractive asymmetries under a sustainable label, or can it become a catalyst for inclusive and regenerative innovation capable of transforming African economies and societies structurally?

The Risks of a New Green Extractivism

Africa’s economic history has been shaped by primary commodity exports. From rubber to copper, oil to gold, successive extractive cycles have generated macroeconomic growth without deep structural transformation. Despite industrialization strategies and diversification efforts, many economies remain externally dependent on advanced manufacturing, technological upgrading, and innovation capacity. The global green transition, while environmentally motivated, may paradoxically reinforce this structural dependency in the form of “green extractivism.

– Economic Lock-In and Technological Dependency

If Africa remains confined to mineral extraction without integration into downstream industrial segments, it risks perpetuating technological dependency. The absence of local refining, advanced materials processing, and battery component manufacturing limits skilled employment creation and prevents knowledge accumulation. In the case of cobalt, for instance, the overwhelming share of value is captured during refining, cathode production, and battery assembly—activities predominantly conducted outside the continent. Such fragmentation excludes African economies from high-value segments of global supply chains and constrains technological learning. Without deliberate industrial policy and innovation ecosystem development, Africa risks becoming indispensable to the green transition while remaining peripheral to its technological architecture.

– Externalization of Social and Environmental Costs

Mining expansion carries substantial environmental and social implications: soil degradation, water contamination, biodiversity loss, and displacement of local communities. In several regions, artisanal mining conditions expose workers to precarious labor and safety risks. A green transition that decarbonizes consumption in the Global North while externalizing ecological and social costs to mineral-producing regions does not represent systemic transformation. It simply relocates environmental burdens without addressing structural inequalities embedded in global production systems.

– Fragmented Value Chains and Limited Knowledge Transfer

Innovation is not merely about production output; it depends on learning processes, research capabilities, institutional coordination, and experimentation. When African economies participate only in extractive stages, opportunities for technological upgrading remain limited. The exclusion of local firms from strategic contracts and advanced manufacturing stages inhibits endogenous innovation ecosystems. Without integration into research and design processes, Africa risks being structurally positioned as a supplier rather than a co-creator of clean technologies. The paradox is therefore clear: the global energy transition aims to resolve an environmental crisis but may reproduce long-standing economic asymmetries unless restructured around principles of inclusivity and regeneration.

Inclusive and Regenerative Innovation as a Strategic Alternative

Africa stands at a historical crossroads. It can either accept a resource-dependent role within green supply chains or pursue a transformative pathway grounded in inclusive and regenerative innovation.

Inclusive, because innovation must actively involve local communities, SMEs, researchers, youth, women entrepreneurs, and informal sector actors in design, implementation, and governance processes.

Regenerative, because development must go beyond minimizing harm to actively restoring ecosystems, strengthening social resilience, and building sustainable value systems.

– Local Integration of Value Chains

Strategic mineral processing and component manufacturing represent critical levers for transformation. Developing refining facilities, precursor materials production, and battery-related industries enables value capture and industrial learning. This requiers:

• Massive investment in STEM education and vocational training;
• Reliable energy infrastructure to support industrialization;
• Regional industrial hubs focused on clean technology manufacturing;
• International partnerships based on knowledge-sharing and co-development rather than simple resource extraction.

By embedding African firms within clean technology supply chains, countries can shift from raw material exporters to industrial participants.