East Africa Could Become the World’s Next Battery Belt

East Africa’s battery future may not be hiding in a single factory or a single mine. It is spread across a wider neighborhood that, taken together, looks increasingly like one of the most strategically important battery corridors on the planet. Africa holds about 30% of the world’s mineral reserves, according to the African Development Bank and related development-bank reporting. This share becomes especially significant when narrowed to the materials that power electric vehicles, storage systems, and industrial electrification.  The strongest case starts just west and south of the East African core. The Democratic Republic of Congo was the source of an estimated 73% of the world's mined cobalt in 2025, the U.S. Geological Survey said, and it added that the vast majority of identified terrestrial cobalt resources sit in the copper belts of Congo and Zambia. That matters because cobalt remains central to large parts of the battery value chain, even as manufacturers diversify chemistries. Copper from the same corridor adds another layer of strategic weight, supplying a metal essential not only for battery materials but also for wiring, motors, and grid infrastructure.  Graphite strengthens the argument that this is more than a cobalt story. USGS data show Madagascar with an estimated 27 million tons of natural graphite reserves, Mozambique with 25 million and Tanzania with 18 million. The same USGS summary said Tanzania’s Lindi Jumbo mine had a capacity of 40,000 tons a year of graphite concentrate. In January, Mozambique opened a Chinese-owned graphite processing plant with an annual capacity of 200,000 metric tons, a sign that value addition is beginning to move closer to African ore bodies rather than stopping at the port.  Then there are lithium and manganese, which widen the region’s relevance across battery chemistries. The USGS said five mineral operations in Zimbabwe accounted for the majority of world lithium production in 2025. South Africa, meanwhile, accounts for an estimated 70% of the world’s manganese resources, according to USGS, giving the region a deep position in another material that matters both to batteries and to industrial supply chains more broadly.  That mineral map is why the idea of East Africa as a battery-production hub no longer sounds fanciful. The region already has the beginnings of an industrial base. Kenya’s Associated Battery Manufacturers says it is the country’s only battery manufacturer and the largest in East and Central Africa, producing automotive and solar batteries. Uganda Batteries says it manufactures both automotive and solar batteries from its facility in Uganda. Chloride Exide operates battery and energy-storage businesses across Kenya, Uganda and Tanzania, showing that a regional distribution and service market already exists around battery products.  A newer generation of companies is pushing the industry beyond legacy lead-acid into lithium-based mobility systems. Rwanda’s Ampersand says its in-house team developed a production lithium-iron-phosphate motorcycle battery and built a network of swap stations around that system. Spiro, active in Kenya, Uganda and Rwanda among other African markets, has deployed more than 300,000 batteries and says recent financing is supporting production and assembly facilities across several countries. In Kenya, companies such as Roam and ARC Ride are also building electric-mobility businesses around batteries, charging and swapping, evidence that East Africa is already nurturing demand-side ecosystems that could eventually support larger-scale cell, pack or precursor manufacturing.  The global dependence angle is just as striking. Tesla’s supply strategy has included cobalt from Glencore’s Congo operations and graphite anode material linked to Syrah Resources’ Balama mine in Mozambique through its Vidalia facility in Louisiana. South Korea’s POSCO Future M signed a binding offtake agreement for natural graphite fines from Balama in 2024. Chinese battery and materials groups are even more deeply tied in: CATL took a stake in Congo’s Kisanfu copper-cobalt project, while Reuters has reported that China remains the dominant operator in Congo’s copper and cobalt flows for domestic refining.  That dependency has become easier to see as African governments assert more control. When Congo curbed cobalt exports, Glencore was forced to tap exchange stocks in China to meet commitments to EV battery manufacturers there, Reuters reported. Zimbabwe has also tightened its grip on lithium exports, with Reuters reporting this month that the country suspended raw mineral and lithium concentrate exports and that Chinese firms had invested more than $1.4 billion in Zimbabwe’s lithium sector since 2021. Those moves amount to a warning to the rest of the world: African mineral supply is not just abundant; it is increasingly political, strategic and capable of reshaping global pricing and sourcing.  That does not mean East Africa is about to outproduce China in battery cells next year. The gap between mineral wealth and manufacturing dominance is still filled with expensive chemistry, reliable power, logistics, financing, industrial policy and skills. But the old view of Africa as merely a raw-material warehouse is becoming harder to defend. A region that already touches cobalt in Congo and Zambia, graphite in Tanzania, Mozambique and Madagascar, lithium in Zimbabwe, manganese in South Africa, and battery assembly and deployment in Kenya, Uganda, Rwanda and Tanzania has more than geology. It has the outline of a supply chain.  The commercial opportunity is therefore bigger than mining royalties. If East Africa and its neighbors can link extraction to processing, precursor materials, pack assembly, battery-swapping networks, and eventually cell manufacturing, they could capture far more of the value now booked in Asia, Europe, and North America. The minerals are already there. So are the first manufacturers, assemblers, and fleet operators. The next battle is whether the region can move from feeding the battery age to building it.