Keypoints:
- Africa leads new lithium supply growth globally
- Demand forecast signals supply deficits by 2028
- $276bn investment needed to meet future demand
AFRICA is emerging as a critical pillar of the global battery supply chain as a looming lithium shortage reshapes investment flows and geopolitical competition across the energy transition.
According to the latest lithium outlook by Wood Mackenzie, global demand could exceed 13 million tonnes by 2050, with supply deficits expected to emerge as early as 2028 unless significant new investment is mobilised.
At the same time, geopolitical disruptions are already tightening markets. As reported by Forbes, instability around the Strait of Hormuz has pushed critical mineral prices higher, underscoring how supply shocks in one region are amplifying global competition for battery materials.
Why this matters
The projected supply gap is elevating Africa’s strategic importance, as the continent’s expanding pipeline of lithium projects positions it among the few regions capable of scaling production fast enough to meet future demand.
For investors and governments alike, this creates a pivotal opportunity to secure supply chains, attract capital and accelerate industrialisation through local beneficiation.
Wood Mackenzie estimates that up to $276bn in new investment will be required globally to close the supply gap, underscoring the scale of capital now targeting emerging lithium regions, including Africa.
This convergence of rising demand and geopolitical disruption is accelerating the strategic importance of resource-rich regions, with Africa increasingly viewed as a stabilising source of future supply.
Supply pressure elevates Africa’s strategic role
The emerging supply gap reflects a structural constraint: existing lithium projects are unlikely to meet demand beyond the mid-2030s without accelerated development and sustained capital inflows.
Africa’s growing pipeline of greenfield and development-stage projects is already shifting that trajectory. In 2025, the continent ranked as the largest source of new lithium supply globally, with output exceeding that of the rest of the world combined.
This momentum is reflected in country-level ambitions, including
the Democratic Republic of the Congo’s push to scale lithium production, signalling how governments are positioning to capture a greater share of future supply growth.
New producers reshape the lithium map
Across the continent, a wave of lithium projects is advancing toward production, reinforcing Africa’s role in balancing future supply.
In the Democratic Republic of the Congo, companies including Zijin Mining, AVZ Minerals and KoBold Metals are targeting first output from the Manono project by mid-to-late 2026.
The project, one of the world’s largest hard-rock lithium deposits, is expected to diversify the country’s mineral exports while strengthening Africa’s role in global electric vehicle supply chains.
Meanwhile, Mali is consolidating its position as a regional hub, with large-scale projects ramping up production and expansion plans underway.
Further south, Namibia is gaining momentum following high-grade lithium discoveries at the Uis project, reinforcing its emergence as a strategic player in the continent’s battery minerals landscape.
Ghana and Zimbabwe push value addition
Beyond production, several African countries are prioritising beneficiation and downstream processing to capture greater economic value.
In Ghana, the Ewoyaa project—developed by Atlantic Lithium—is expected to deliver the country’s first lithium output by 2027.
However, the policy direction remains under active debate, as seen in
Ghana’s ongoing reassessment of its lithium strategy, highlighting tensions between attracting investment and securing long-term value addition.
At the same time, Zimbabwe—currently Africa’s largest lithium producer—is enforcing export restrictions on raw lithium to encourage domestic processing. This shift reflects a broader continental trend toward value retention, as outlined in Zimbabwe’s ban on raw lithium exports.
Geopolitics tightens critical minerals markets
Recent market movements highlight how vulnerable global supply chains remain to geopolitical shocks. Disruptions linked to tensions in the Middle East have driven sharp increases in critical mineral prices, with several rare earth elements recording significant gains in recent months, according to Forbes.
The situation underscores a broader reality: as countries accelerate the energy transition, competition for lithium and other battery minerals is increasingly shaped not just by geology, but by geopolitics, trade routes and supply chain security.
It also reinforces the dominance of China in critical minerals refining, with Beijing continuing to consolidate its position across global supply chains—an advantage that could deepen if supply disruptions persist.
Global capital races for Africa’s lithium future
Meeting projected demand will require unprecedented capital mobilisation, with estimates suggesting that up to $276bn in new investment will be needed globally to prevent supply deficits from emerging by 2028.
Africa’s expanding lithium pipeline places it at the centre of this capital race. Governments are increasingly balancing the need to attract foreign investment with efforts to strengthen regulatory frameworks, enforce local content policies and retain greater value from their mineral resources.
At the same time, competition among global powers is intensifying. The China, United States and the European Union are all seeking to secure long-term access to critical minerals, positioning Africa as a key geopolitical battleground in the race to dominate future energy technologies.
For investors, Africa’s lithium landscape presents a mix of high-growth opportunity and strategic complexity. Early-stage projects offer significant upside as supply constraints tighten, but regulatory uncertainty and infrastructure gaps remain key considerations.
Capital is likely to flow toward jurisdictions that can demonstrate policy stability, clear licensing regimes and credible beneficiation strategies. In this environment, the competitive edge will be defined not only by resource endowment, but by the ability to convert geological potential into bankable, scalable projects.
