Developer DeveloperGlobal EV Revolution – The global electric vehicle (EV) revolution is transforming the automotive industry, but the shift toward electric mobility begins long before a vehicle reaches a showroom. Behind every electric car is a complex supply chain involving minerals, mining, processing, battery manufacturing, electrical components, and charging infrastructure.
Central Africa plays an important role in this system.
The region, particularly the Democratic Republic of the Congo (DRC) and Zambia, is strategically connected to global supplies of cobalt and copper. These minerals are important to battery technologies, electric vehicles, charging networks, power grids, and other components of the electrification economy.
The scale of this role is particularly visible in cobalt. In 2025, the DRC accounted for approximately 74% of global cobalt mine production, according to UN Trade and Development (UNCTAD).
At the same time, global demand for battery and energy-transition minerals continues to increase. The International Energy Agency (IEA) reports that global battery demand grew by more than 35% in 2025, surpassing 1.5 TWh.
This makes Central Africa more than a source of raw materials. The region has the potential to become an increasingly important part of the global EV value chain.
Why Central Africa Matters to the EV Revolution
Electric vehicles require significantly different supply chains from conventional internal-combustion vehicles.
Instead of relying primarily on petroleum-based fuels, EVs depend on batteries, electric motors, power electronics, charging infrastructure, and electricity networks.
These technologies require minerals such as:
- Cobalt
- Copper
- Lithium
- Nickel
- Graphite
- Manganese
- Rare earth elements
Central Africa is particularly significant because of its established cobalt and copper resources.
The DRC is a global leader in cobalt production, while the DRC and Zambia together form a major copper-producing region. Copper is essential not only to EVs but also to charging stations, power transmission, electric motors, and renewable-energy infrastructure.
The IEA identifies copper as particularly important to electrification and projects a potential supply deficit by 2035 based on currently announced projects. The agency’s 2026 outlook estimates that the copper supply gap could reach around 25% of primary supply requirements under its base case.
Cobalt: A Critical Link in EV Battery Supply
Cobalt has historically been one of the most important materials in lithium-ion battery supply chains.
Certain nickel-manganese-cobalt (NMC) battery chemistries use cobalt to help improve stability and performance. However, battery technology is evolving, and lithium iron phosphate (LFP) batteries do not contain cobalt.
This distinction matters for investors.
The EV revolution is increasing battery demand, but future cobalt demand depends on the evolution of battery chemistries as well as total EV growth.
Nevertheless, the DRC remains strategically important because of its dominant position in cobalt mining.
The IEA’s 2026 outlook highlights a projected cobalt supply gap based on current project pipelines, partly linked to policy developments in the DRC.
For global automakers and battery manufacturers, this concentration makes supply diversification and reliable sourcing increasingly important.
Copper: The Electrification Metal
Cobalt receives considerable attention in discussions about EV batteries, but copper is equally important to the broader electrification system.
An electric vehicle requires copper in wiring, motors, battery connections, power electronics, and charging equipment.
Beyond the vehicle itself, copper is needed for:
Charging Infrastructure
Charging stations require copper cables, conductors, transformers, and other electrical components.
As EV adoption increases, the expansion of charging networks creates additional copper demand.
Electricity Grids
Large-scale EV adoption also requires stronger electricity infrastructure.
Power generation, transmission lines, substations, transformers, and distribution systems all depend heavily on copper.
Renewable Energy
Solar and wind projects also use copper for electrical connections and grid integration.
This means Central African copper production can support not only EV manufacturing but the broader energy infrastructure required to electrify transportation.
Central Africa and the Global Battery Supply Chain
Mining is only the first stage of the EV supply chain.
A typical battery-material pathway can involve:
Mining → Concentration → Refining → Chemical Processing → Cathode/Anode Materials → Battery Cells → Battery Packs → Electric Vehicles
Central Africa currently has a much stronger position in upstream mineral production than in downstream battery manufacturing.
That creates both a challenge and an opportunity.
The IEA notes that battery supply chains remain highly concentrated. In 2025, China accounted for more than 80% of global battery-cell production and around 85% of cathode active material production.
This concentration has increased interest in developing alternative supply chains.
For Central Africa, the opportunity is to capture more value by expanding processing and intermediate manufacturing rather than exporting minerals in their least processed form.
Opportunities for Mineral Processing in Central Africa
Local processing can potentially create additional economic value while strengthening the resilience of global EV supply chains.
Potential areas include:
- Cobalt processing
- Copper refining
- Battery-grade chemical production
- Mineral separation
- Precursor materials
- Industrial chemical production
- Battery-material manufacturing
The IEA has highlighted the importance of developing mineral value chains in Africa rather than relying primarily on exports of unprocessed resources.
This could create investment opportunities for companies with expertise in metallurgy, industrial processing, engineering, energy infrastructure, logistics, and environmental management.
Why Processing Matters
Processing facilities require more than mineral deposits.
They need reliable electricity, water, transportation, technical expertise, environmental systems, and access to international markets.
This creates opportunities across multiple supporting industries.
An investor may therefore participate in the EV supply chain without directly owning a mining concession.
Infrastructure Is Essential to the EV Mineral Supply Chain
Central Africa’s mineral resources cannot support global EV demand without efficient infrastructure.
Mining operations require transportation networks that connect production areas with processing facilities and export routes.
Important infrastructure includes:
Railways
Rail infrastructure can reduce transportation costs for high-volume mineral exports and connect inland mining regions with ports.
Roads
Reliable roads are essential for moving equipment, supplies, workers, and mineral products.
Electricity
Mineral processing can be energy-intensive. Reliable and competitively priced electricity is therefore important for developing downstream industries.
Ports and Logistics
Efficient ports, warehouses, customs systems, and freight networks are necessary to connect Central African mineral production with international manufacturers.
Infrastructure investment can therefore have a multiplier effect across the mining and EV supply chain.
The DRC-Zambia Copperbelt Opportunity
The DRC and Zambia form one of the most important mining regions in Central Africa.
The Copperbelt contains major copper and cobalt resources, making it strategically relevant to electrification and battery supply chains.
The IEA’s 2026 critical-minerals outlook specifically notes that new copper projects in the DRC and Zambia are contributing to an improved supply outlook, although a substantial copper supply gap remains projected for 2035.
For investors, this creates opportunities across both countries and potentially across their shared regional infrastructure.
The opportunity is not limited to mining.
It can include:
- Mineral exploration
- Mining equipment
- Processing facilities
- Smelting and refining
- Transport infrastructure
- Engineering services
- Power generation
- Logistics
- Environmental technology
- Mining software and automation
This broader ecosystem can support both local industrial development and international supply-chain diversification.
Why Supply Chain Diversification Matters
The global EV industry is highly dependent on a relatively small number of countries for mining, processing, and manufacturing.
UNCTAD reports that governments have introduced nearly 100 new export measures affecting critical energy-transition minerals since 2020. These include licensing requirements, export taxes, export bans, and quotas.
The DRC itself has introduced several trade measures affecting critical minerals.
These developments demonstrate why automakers, battery manufacturers, and governments are increasingly focused on supply security.
Central Africa can contribute to diversification, but building resilient supply chains requires more than increasing mine production.
It requires investment in processing, infrastructure, technology, skills, and responsible supply-chain management.
Responsible Investment and Sustainable Mining
The expansion of EV supply chains also increases the importance of responsible mineral production.
Investors and international manufacturers increasingly examine environmental, social, and governance factors when sourcing critical minerals.
Important considerations include:
- Environmental impact
- Water management
- Mine rehabilitation
- Worker safety
- Community engagement
- Supply-chain traceability
- Local employment
- Transparency
- Responsible sourcing
Sustainable mining practices can become increasingly important as global EV manufacturers seek secure mineral supplies that meet environmental and social expectations.
This creates opportunities for companies providing environmental services, mine monitoring, water treatment, renewable power, waste management, and digital traceability.
Investment Opportunities Created by the EV Revolution
The EV transition creates a broad investment ecosystem around Central Africa’s mineral resources.
Mining Technology
Technology companies can support exploration, geological modelling, automated operations, equipment monitoring, and productivity improvements.
Renewable Energy for Mining
Solar, hydropower, battery storage, and hybrid energy systems can help mining and processing operations reduce reliance on diesel and improve energy security.
Logistics
Transport companies and infrastructure developers can benefit from increased demand for mineral transportation.
Processing and Refining
Investors can explore opportunities to establish facilities that convert mined materials into higher-value products.
Recycling
Battery recycling is expected to become increasingly important as the global EV fleet matures.
The IEA expects secondary supply from recycling to make a larger contribution to critical-mineral needs by 2040, although recycling capacity remains geographically concentrated today.
Over time, Central Africa could potentially participate in battery collection, material recovery, and recycling industries alongside primary mineral production.
Challenges Investors Should Consider
Central Africa’s role in the EV revolution creates opportunities, but investors need to assess the risks associated with individual projects.
Commodity Price Volatility
Battery and critical-mineral prices can change rapidly in response to supply, demand, technology, and government policy.
Regulatory Changes
Mining codes, export policies, taxes, ownership requirements, and local-content rules can change the economics of projects.
Infrastructure Gaps
Limited transport, electricity, and processing infrastructure can increase project costs and development timelines.
Technology Changes
Battery chemistry is evolving.
The growing adoption of LFP batteries, for example, reduces the importance of cobalt in some battery applications. The IEA notes that LFP batteries represented the majority of global EV battery deployment in China and have expanded significantly in other markets.
Investors should therefore avoid assuming that demand for one mineral will automatically track EV sales.
How Central Africa Can Capture More EV Value
The long-term opportunity for Central Africa extends beyond supplying raw materials.
A stronger regional value chain could develop through:
Mineral production → Local processing → Industrial manufacturing → Logistics → Technology services → Recycling
This approach can potentially create more employment, technical capabilities, tax revenue, and industrial activity.
It can also make the region more strategically important to international manufacturers looking to diversify their supply chains.
For investors, this means opportunities may increasingly exist in businesses that connect mining with manufacturing and infrastructure.
Frequently Asked Questions
1. Why is Central Africa important to the global EV revolution?
Central Africa is important because the region, particularly the DRC and Zambia, supplies critical minerals such as cobalt and copper that support batteries, electric vehicles, charging infrastructure, and electricity networks.
2. Which Central African country is most important for cobalt?
The Democratic Republic of the Congo is the world’s dominant cobalt-mining country. UNCTAD reports that the DRC accounted for 74% of global cobalt mine production in 2025.
3. Is copper important for electric vehicles?
Yes. Copper is used in electric motors, wiring, battery systems, charging infrastructure, and electricity grids. Its importance extends beyond EVs to the wider electrification economy.
4. Can Central Africa benefit from processing minerals locally?
Yes. Developing processing and refining capacity could allow countries to capture more value from mineral resources while creating industrial, technological, and employment opportunities.
5. What investment opportunities does the EV revolution create in Central Africa?
Opportunities can include mining, mineral processing, infrastructure, logistics, mining technology, renewable energy for mines, environmental services, and eventually battery recycling and downstream manufacturing.
Explore Central Africa’s Role in the EV Supply Chain
How Central Africa powers the global EV revolution goes far beyond cobalt mining.
The region sits at an important point in a global transformation involving electric vehicles, batteries, electricity networks, renewable energy, and critical-mineral supply chains.
As global manufacturers seek more resilient and diversified sources of strategic minerals, Central Africa has opportunities to expand from raw-material production toward processing, infrastructure, technology, and higher-value industrial activities.
For international investors, this evolving landscape creates opportunities across the entire mineral and infrastructure ecosystem.
Ready to explore Central Africa’s critical-mineral and EV supply-chain opportunities? Connect with Yes! Invest Africa to identify relevant markets, sectors, and investment opportunities across Africa.
