Can lithium power Namibia’s next mining boom?
A century ago, Namibia’s fortunes were transformed by diamonds. Half a century later, uranium established the country as a strategic player in the global energy market.
Today, another mineral is attracting investors from around the world, triggering exploration licences, multimillion-dollar acquisitions and renewed optimism across the mining sector.
Its name is lithium.
Often called “white gold”, lithium has become one of the world’s most sought-after minerals, not because of its rarity, but because it sits at the heart of the global transition to clean energy.
Every electric vehicle, smartphone, laptop, tablet and large-scale battery storage system depends on lithium. Without it, the green energy revolution would simply stall.
For Namibia, the question is no longer whether lithium matters. It is whether the country can transform a lithium rush into lasting economic prosperity.
A tiny metal with enormous importance
Lithium is the lightest metal on the periodic table. Soft enough to be cut with a knife and highly reactive, it was first discovered in 1817 by Swedish chemist Johan August Arfwedson.
Despite its abundance in the Earth’s crust, lithium rarely occurs in pure form. It is typically extracted from hard-rock minerals such as spodumene or from underground brine deposits.
What makes lithium extraordinary is its ability to store energy.
It has the highest electrochemical potential of all metals, making it the ideal ingredient for rechargeable lithium-ion batteries.
Today, lithium powers virtually every modern portable electronic device.
More importantly, it has become the backbone of electric mobility.
The battery that changed the world
Every electric vehicle contains lithium.
Depending on battery size, a single electric car requires between 8 and 60 kilograms of lithium.
A Tesla Model Y, for example, contains roughly 50 kilograms of lithium compounds.
Battery energy storage systems used to stabilise electricity grids require even larger quantities.
As countries expand renewable energy generation through wind and solar power, demand for battery storage is growing almost as rapidly as demand for electric vehicles.
The result is unprecedented global demand for lithium.
According to the International Energy Agency (IEA), global lithium demand has more than tripled since 2017 and could increase by more than eight-fold by 2040 under announced energy transition policies.
In 2024 alone, global electric vehicle sales exceeded 17 million units, accounting for roughly one in every five new vehicles sold worldwide.
Each one required lithium.
A US$20 billion market and growing
The lithium industry has become one of the fastest-growing mining sectors in the world.
Global lithium demand reached approximately 205,000 tonnes of lithium metal (around 1.1 million tonnes of lithium carbonate equivalent) in 2024, with batteries consuming more than 85% of total production.
Australia remains the world’s largest producer, accounting for approximately 45–50% of global mine supply.
Chile follows, with Argentina, China and Zimbabwe also ranking among major producers.
Africa’s role, however, is expanding rapidly.
Zimbabwe has emerged as the continent’s leading lithium producer, while Namibia is increasingly attracting exploration companies seeking the next significant discovery.
Namibia’s lithium rush
Over the past five years, Namibia has witnessed an explosion in lithium exploration.
Dozens of exploration licences have been granted across Erongo, Karas, Kunene and the central regions.
Companies from Australia, Canada, China and Europe have invested heavily in geological surveys and drilling programmes.
Among the most advanced projects is Andrada Mining’s Uis Mine in the Erongo Region.
Historically known as a tin mine, Uis is now producing tin concentrate while simultaneously developing its lithium and tantalum resources.
The company estimates that its pegmatite field stretches for more than 70 kilometres, making it one of the world’s largest known hard-rock pegmatite systems.
Elsewhere, exploration continues around Karibib, Omaruru and other pegmatite-rich regions.
The excitement has prompted comparisons with Australia’s early lithium boom.
Prices: A rollercoaster ride
Like all commodities, lithium prices move in cycles.
Between 2020 and late 2022, lithium prices surged by more than 600%, driven by booming electric vehicle demand and supply shortages.
Producers rushed to expand operations.
Exploration companies multiplied.
Investors poured billions into new projects.
Then reality intervened.
New mines entered production faster than expected, particularly in Australia and China.
Demand growth continued but failed to absorb the additional supply immediately.
Lithium prices fell sharply through 2023 and 2024, in some cases by more than 80% from their peak.
Many smaller producers postponed projects.
Yet most analysts believe the downturn is cyclical rather than structural.
Long-term demand remains exceptionally strong.
More than electric cars
Although electric vehicles dominate headlines, they account for only part of lithium’s importance.
Lithium-ion batteries are found in:
• Smartphones
• Laptops
• Tablets
• Power tools
• Medical devices
• Drones
• Grid-scale electricity storage systems
• Military equipment
• Space technology
As artificial intelligence data centres expand globally, battery storage is becoming increasingly important for maintaining reliable electricity supplies.
Lithium demand therefore extends well beyond the automotive sector.
Namibia’s opportunity
Mining experts argue that Namibia’s greatest opportunity is not merely exporting lithium concentrate.
It lies in beneficiation.
Instead of shipping partially processed minerals overseas, Namibia could eventually produce battery-grade lithium chemicals.
That would create significantly greater economic value.
Downstream industries including battery component manufacturing, chemical processing and specialised engineering services could emerge over time.
Achieving this would require substantial investment in energy infrastructure, skilled labour and industrial development.
But the prize is considerable.
Countries that move higher up the battery value chain capture far greater economic benefits than those exporting raw minerals alone.
Lessons from diamonds
Namibia has experienced commodity booms before.
Diamonds transformed the southern coast.
Uranium reshaped the Erongo Region.
Each created employment and export earnings, but also highlighted the risks of dependence on raw commodity exports.
Lithium presents an opportunity to apply those lessons.
The objective should not simply be to mine more.
It should be to retain more value within Namibia.
Challenges ahead
Lithium mining is not without controversy.
Hard-rock mining consumes significant amounts of energy and water.
Communities increasingly expect responsible environmental management, transparent licensing and meaningful local participation.
Price volatility also remains a concern.
The dramatic boom-and-bust cycle of recent years demonstrates that investors should avoid assuming permanently high prices.
As with every mineral, success depends on managing both opportunity and risk.
The next chapter
History has a curious habit of repeating itself.
At the beginning of the twentieth century, few imagined that diamonds would shape Namibia’s destiny.
Half a century later, uranium became indispensable to the world’s nuclear energy industry.
Today, lithium occupies a similarly strategic position.
Unlike oil or coal, lithium is not a fuel that is consumed.
It is an enabler, a mineral that allows renewable energy, electric mobility and digital technologies to function.
Whether Namibia becomes a major lithium producer remains to be seen.
Exploration is still underway, prices remain volatile and global competition is intense.
Yet one fact is beyond dispute.
The world is electrifying, batteries are becoming as essential to modern life as steel was to the Industrial Revolution, and lithium has become one of the defining minerals of the twenty-first century.
If managed wisely, Namibia’s lithium rush could prove to be far more than another mining boom.
It could become the foundation of the country’s next generation of industrial growth, provided the nation remembers the lesson every commodity boom eventually teaches: real wealth is created not by what comes out of the ground, but by what a country chooses to do with it once it does.
