Only silver conducts better, and silver costs far too much to bury in a wall. Copper carries the world's electricity. Now the energy transition wants to double the demand, and the mines cannot keep up. Who digs it, who refines it, where it goes, and the crunch ahead. 2024 (USGS / ICSG) · Compiled June 2026
World mine output 2024
23 Mt
the #3 metal, after steel and aluminium
Chile, top miner
5.3 Mt
~23% of all mined copper
China, top refiner
~48%
of the world's refined copper
DR Congo, the riser
3.3 Mt
▲ +12.6% YoY, now #2 miner
Where the World's Copper Is Mined (2024)
Colour intensity shows each country's share of global production. Hover a country for its figure.
Lower shareHigher share
2024 Copper Mine Production by Country (Mt)
Mining is spread across the Andes and central Africa. Chile and Peru sit on the world's richest copper belt; DR Congo is climbing fast.
Who Refines It Tells a Different Story
Chile digs the ore, but China turns most of it into usable metal. One country controls nearly half of global refining, a quiet chokepoint in the energy transition.
Mine Production Trend (Mt)
Output grinds upward a few percent a year. The problem is not the trend, it is that demand is about to climb far faster.
23 million tonnes a year, made tangible.
Annual world mine output (~23 Mt) divided by the copper in things you know. Verify-and-cite figures in the footer.
730 kg
every second
Mines pull about 730 kg of copper out of the ground every second.
820,000
Statues of Liberty / yr
Lady Liberty is ~28 t of copper. We mine her weight in copper every ~40 seconds.
115 mn
homes wired / year
A typical house holds ~200 kg of copper in its wiring and pipes.
280 mn
electric cars / year
An EV needs ~83 kg of copper, roughly four times a petrol car.
Copper vs Every Other Metal (annual world production, Mt)
Copper is the world's #3 metal by volume, well behind steel and aluminium. We make far less of it than we are about to need, which is the whole problem.
Where Copper Is Used (global demand)
Almost a third goes straight into electrical and electronic gear. Add construction wiring and plumbing, and copper is mostly a story about moving electricity and water.
The Alloy Family
Pure copper is soft. Mix it and you get some of the oldest engineered materials on Earth: brass and bronze gave the Bronze Age its name.
Alloy
Composition
Typical use
Why Copper, and Not Something Cheaper?
Electrical conductivity, set against copper at 100. Only silver beats it, and silver costs roughly 80 times more, so nobody buries it in a wall. Aluminium conducts ~40% worse but is lighter and cheaper, which is why it wins in overhead power lines and loses everywhere space is tight.
The Copper Trade-off
Copper is the default conductor for a simple reason: it carries the most current for the least space, it does not corrode away, and it draws into thin wire without snapping. Silver is marginally better and far too expensive. Aluminium is cheaper and lighter, so it dominates long-distance transmission lines where weight matters more than volume, but it needs a thicker cross-section to match copper and it loosens at connections over time. For motors, electronics, building wiring, and EV batteries, where every millimetre counts, copper still has no real rival.
2024 refined demand
~27 Mt
today's appetite
2035 demand (projected)
~49 Mt
▲ roughly double
Possible 2035 deficit
6.5 Mt
more than Chile mines today
Copper in an EV
~83 kg
about 4x a petrol car
The Gap Opening Up by 2035 (Mt)
Demand is set to roughly double this decade. Supply is not. The shortfall could top 6.5 Mt, which is more copper than the world's biggest mining country produces in a year.
Electrification Is Copper-Hungry
Every device that swaps fuel for electricity needs more copper. This is the demand engine, plotted in kg per unit.
Why It Matters
There is no electric future without copper, and right now the numbers do not add up. An EV uses about four times the copper of a petrol car, a single wind turbine swallows several tonnes, and rebuilding power grids for renewables needs millions of tonnes more. Demand could double by 2035 while new mines take 10 to 20 years to permit and build. The gap will be filled three ways: digging more, using copper more efficiently, and recycling far more of what we already mined, because unlike fuel, copper does not get used up. Every tonne ever produced still exists somewhere, waiting to be melted down again.