A seasonal slowdown in global electric vehicle (EV) sales at the start of 2026 is masking a more critical structural shift in battery markets, one that could ultimately favour resource-rich countries like Zimbabwe, provided they move decisively up the value chain.
By Ryan Chigoche
The Numbers Behind the “Slowdown”
New data from Adamas Intelligence reveals that global passenger xEV sales, including battery electric (BEV), plug-in hybrid (PHEV), and hybrid vehicles, fell 39% month-on-month in January, representing a 6% decline compared to the same period last year.
The decline was most pronounced in the Asia-Pacific region, where sales dropped 46% from December, reflecting a typical early-year cyclical slowdown in the world’s largest EV market. Consequently, battery deployment mirrored this trend, falling 42% month-on-month to 64,381 MWh.
Key Data Summary: The 2026 EV & Battery Mineral Outlook
| Metric | January 2026 Value | Trend (Year-on-Year) |
| Global xEV Sales | -39% (Month-on-Month) | 📉 Down 6% |
| Avg. Battery Capacity | Weighted Average | 📈 Up 8% |
| Lithium Deployment | 37,275 Tonnes (LCE) | 📈 Marginal Increase |
| Lithium Intensity | 21.4 kg per battery | 📈 Up 8% |
| Graphite Intensity | Avg. Usage per Vehicle | 📈 Up 10% |
Structural Shifts: Larger Batteries, Higher Mineral Intensity
Beneath these headline declines, a more durable structural shift is taking shape. Despite weaker sales volumes, the average size of EV batteries continues to grow.
In January 2026, the global sales-weighted average battery capacity rose 8% year-on-year. As automakers push for longer range and higher performance, the amount of raw materials required per vehicle is increasing.
Lithium, Zimbabwe’s flagship battery mineral, remains central to this transition:
Total Deployment: 37,275 tonnes of Lithium Carbonate Equivalent (LCE) were deployed globally in January, up marginally year-on-year.
Average Intensity: The lithium content per battery rose 8% to 21.4 kg.
For Zimbabwe’s key assets, including Bikita Minerals, Arcadia Lithium Mine, and the Zulu Lithium Project, the implications are significant. Demand is no longer driven solely by sales volume, but increasingly by the specific mineral requirements of each unit.
The Push for Domestic Beneficiation
This shift coincides with the Zimbabwean government’s efforts to tighten control over its lithium value chain. The current ban on the export of raw lithium concentrates aims to force investment into domestic processing, ensuring more value is retained within the country.
In principle, this aligns with global trends. As battery chemistry evolves, the highest margins are shifting downstream into refined products like lithium carbonate and hydroxide.
The Industrial Challenge
However, the data also highlights a significant hurdle. The global battery supply chain remains heavily concentrated:
- CATL leads deployment across lithium, nickel, cobalt, manganese, and graphite.
- BYD continues to dominate EV battery demand.
These firms operate within deeply integrated ecosystems where chemical conversion and manufacturing are largely situated outside of Zimbabwe. Without sufficient local refining infrastructure, Zimbabwe’s push for beneficiation risks outstripping its current industrial base.
Untapped Potential: The Graphite Opportunity
Beyond lithium, the data points to a missed opportunity in graphite. As the largest material component in EV batteries by volume, graphite recorded a 10% year-on-year increase in average usage per vehicle. Currently, Zimbabwe’s graphite segment remains underdeveloped, potentially excluding the nation from a fast-growing market segment.
At the same time, the global shift toward Lithium Iron Phosphate (LFP) batteries is reducing demand for nickel and cobalt. This trend reinforces Zimbabwe’s resource advantage in lithium but highlights its vulnerability to over-reliance on a narrow commodity base.
Conclusion: A Delicate Balancing Act
Zimbabwe’s policy direction is broadly aligned with global market fundamentals: capturing more value from mineral wealth. However, execution remains the deciding factor.
- The Risk of Delay: Moving too slowly leaves the country as a raw material exporter in a chain dominated by foreign entities.
- The Risk of Aggression: Moving too fast without the necessary infrastructure risks disrupting production at a time when long-term demand remains resilient.
The latest data suggests the EV market is not weakening; it is maturing. For Zimbabwe, the real question is whether its industrial policy can mature alongside it.
