Commodities · The Red Metal
The metal the
future runs on.
Copper just hit its highest price ever. Here's the whole story in plain English, in pictures: what copper does, why nothing can replace it, why the world is running short of it — and why it all comes back to China.
$6.38/lb
Price today
≈9×
Up since 2001
31Mt
Needed by 2030
795kt
Short in 2030
15+yr
To build a mine
~50%
Used by China
Start here · Copper in one minute
The whole story, in three cards.
What it is
The best affordable metal for carrying electricity. If electric current needs to travel, it almost always travels through copper.
Why it matters
Electric cars, solar farms, power grids and AI data centers all need huge amounts of it. The modern economy is built on copper wire.
The problem
Every year the world wants more copper than it can dig up — and new mines take 15+ years to build. So the price keeps rising.
In one lineDemand is racing ahead. Supply can't keep up. That gap is what this whole report is about.
01 · The price story
30 years, heading one way.
What this showsCopper's price over the last 30 years. It crashed and recovered before — but it has never been this high, and this time the reasons are built to last.
Copper price · 1996 → 2026
US$ per pound · the green dot is the all-time high
2008 · crash2011 · old peak2020 · COVID low2026 · record high
1996–2003
The forgotten metal. Cheap and ignored — a boring industrial input nobody talked about.
~$0.85
2004–2008
China arrives. A building boom sends demand soaring — then the 2008 crash erases it in months.
$1.2→$4→$1.4
2009–2015
The super-cycle. Stimulus drives the 2011 record high, then a long slow fade.
peak ~$4.50
2016–2020
Stuck in a range. The market waits. COVID briefly crashes it — the last great entry point.
low ~$2.10
2021–2026
The electric age. Cars, clean energy and AI converge. The leg that finally breaks the old ceiling.
→ $6.40+
02 · Where it all goes
What we actually use copper for.
What this showsEvery tonne of copper the world will use in 2030, split by purpose. Anything to do with electricity dominates.
Global copper demand by use · 2030
share of ~30.9 Mt total
30.9 Mt
TOTAL · 2030
BIGGEST SLICE
30%
Power grids & networks
Wiring up homes, factories, cities and renewable energy. The single largest use of copper on Earth.
FASTEST GROWING
+58%
Electric vehicles by 2030
Transport is climbing faster than any other slice — almost entirely because of EVs.
Why copper?
03 · Why this metal
It moves electricity better than almost anything.
In simple termsOnly silver carries electricity better than copper — but silver costs ~89× more. Copper is the sweet spot of "works great" and "affordable".
How well metals carry electricity
100 = the best (silver)
Silvertoo expensive
100
Copperthe winner
97
Goldway too pricey
70
Aluminiumonly rival
61
Why it works: copper lets electric charges flow through it with very little resistance — exactly what a good wire needs to do.
"WHY NOT JUST USE ALUMINIUM?"
Because for most jobs, copper can't be swapped out.
Aluminium is cheaper and lighter, so it's used for overhead power lines. But it carries less electricity, so you'd need much thicker wires — impossible inside a car motor, a phone, or a data center where space is tight. So copper stays essential, and high prices only push people to switch slowly, at the edges.
04 · What's driving demand
Four big forces, all pulling at once.
The key ideaThe world is going electric — and everything electric needs copper. Four trends drive demand up together. The % is yearly growth to 2030.
+9.6%/yr
Electric cars
An electric car uses 3.6× more copper than a petrol car. As more people switch, copper demand from cars nearly quadruples by 2030.
83 kg per electric car
+6.7%/yr
Solar, wind & grids
Clean energy needs 4–5× more copper than fossil-fuel plants — plus new power lines to carry it. The single biggest user of copper.
5 tonnes per 1 MW solar farm
+6.1%/yr
AI data centers
The newest driver. AI computers need huge power and cooling — all wired in copper. One big AI site uses as much copper as 600,000 electric cars.
27 tonnes of copper per megawatt
+1.1%/yr
China, changing shape
China uses ~half the world's copper. Its property building has slumped — but cars, clean energy and infrastructure are filling the gap. (More at the end.)
Half the global market
05 · How much copper?
The numbers behind the demand.
Why demand keeps risingThe things we're building more of simply use more copper than the things they replace.
Copper in a single vehicle
kilograms · electric cars need far more
Petrol car
23 kg
Hybrid
40 kg
Plug-in hybrid
60 kg
Electric car
83 kg
50,000 tonnes
of copper in one large (1 GW) AI data center — that's the same as:
Electric cars
600,000
Petrol cars
2,200,000
Solar farms (1 MW)
10,000
Why supply can't keep up
06 · The supply problem
You can't build a mine in a hurry.
The core issueDemand can jump in a year. A new copper mine takes 15+ years from "found it" to "producing it". Supply simply can't react fast.
1
YEAR 0
Discovery
Find a deposit worth digging.
2
YEAR 1–4
Drilling
Prove how much is really there.
3
YEAR 4–10
Permits
Approvals can take a decade.
4
YEAR 10–13
Build
Construct the mine itself.
5
YEAR 13–16+
Production
Finally, copper comes out.
And it's getting harder: the copper left in the ground is more spread out than before. Miners now dig roughly twice as much rock for the same amount of metal.
QUALITY
½
The richness of ore
Copper ore is about half as rich as 25 years ago. The easy, high-quality deposits were used first.
INVESTMENT
28%
Of past search spending
Companies spend far less hunting for new copper than in 2011 — so fewer mines are in the pipeline.
2025 SHOCKS
3
Giant mines hit at once
Floods and accidents knocked out three of the world's biggest mines in a single year.
2025: three giant mines broke in one year
a reminder of how fragile copper supply is
INDONESIA · SEP ’25
Grasberg
The world's #2 mine (about 4% of global supply) was shut by a major incident. Most of its output won't return until 2026–27.
CONGO · MAY ’25
Kamoa-Kakula
An earthquake flooded one of the newest, richest mines on Earth. Recovery stretched through the year.
CHILE · JUL ’25
El Teniente
An accident at the biggest underground copper mine in the world cost months of lost production.
The result
07 · Demand vs supply
The gap that pushes the price up.
What this showsThe two lines are how much copper the world wants (mauve) vs how much it can make (dark). After 2024 they split apart — and the price must rise to balance them.
Want vs. make · 2021 → 2030
million tonnes of copper
DEMAND (want)SUPPLY (make)2030 shortfall · 795 kt
The yearly shortfall
red bars = not enough copper
Read it asFrom 2026 on, the world is short of copper every single year — and the gap keeps growing.
…so the price climbs
forecast price, US$ per tonne
Read it asA shortage means buyers compete — pushing the price up by roughly 50% by 2030.
08 · The wild card
AI could make the shortage much worse.
Why it mattersExperts strongly disagree on how much copper AI data centers will need by 2030. If the high estimates are right, the shortage roughly doubles.
How much copper will AI need by 2030?
thousand tonnes per year · estimates differ wildly
Low estimate(Macquarie)
330
This report(Jefferies)
463
Mid estimate(IEA)
512
High estimate(Wood Mac)
1,100
Top estimate(Sprott)
1,450
09 · Can we recycle our way out?
Recycling helps — but not enough.
The honest answerCopper can be melted and reused forever. But we can only recycle old copper — and there isn't enough scrap to cover how much new copper we now need.
TODAY
~20%
Already comes from scrap
About a fifth of copper supply is recycled rather than freshly mined.
BY 2030
~30%
Possible with better systems
Collecting more old wiring and e-waste could push recycling higher — helpful, but partial.
THE LIMIT
¼
Of demand by 2040, at best
Even in 15 years, recycling can only cover about a quarter. New mines stay essential.
10 · The fair view
Could the price still fall?
Being balancedThe case for high copper prices is strong — but here's what could prove it wrong.
◢ Why prices likely stay high
Supply can't reactNew mines take 15+ years, and ore keeps getting weaker.
Buyers don't mind the priceCopper is a tiny part of a data center's cost, so high prices don't slow demand.
Many drivers, not oneCars, clean energy and AI all pull together — they won't all stop at once.
Hard to replaceFor most uses, there's no good substitute for copper.
◣ What could lower them
China slows downIt's ~half of demand — a deeper slump there would hurt the most.
People use lessAt high prices, engineers redesign products to need less copper.
AI build-out coolsIf the AI boom slows, the newest demand engine fades.
A recession hitsA global downturn would cut demand across the board.
It all comes back to China
11 · China & commodities
The one country that moves the market.
Why China matters mostChina buys roughly half of all the copper in the world — and a similar share of steel, aluminium and cement. When China's economy shifts, global commodity prices shift with it.
The property crash that shook commodities
In simple termsFor years, building apartments was China's biggest engine of metal demand. That engine has stalled — dragging on copper, steel and cement worldwide.
AT ITS PEAK
~25%
of China's economy was property
Real estate and construction were the country's single biggest growth driver.
HOUSING STARTS
−60%
vs. the pre-COVID peak
New construction has more than halved — the metal demand that came with it has gone too.
DEFAULTS
60+
major developers in trouble
Big builders like Evergrande collapsed under debt, freezing thousands of projects.
GDP DRAG
~2pp
knocked off growth each year
Economists estimate the slump cut about 2 percentage points off yearly growth in 2024–25.
But China isn't using less copper — it's using it differently
The key twistChina's total copper use is still slowly rising. As home-building shrinks, electric cars, clean energy and power grids are taking over. The chart below shows the swap happening.
China's copper use, by purpose
thousand tonnes · 2021 → 2030 · red = home building (shrinking)
▼ Shrinking
Home building−38%
Appliances−1%
⇄the swap keeps
the total flat
the total flat
▲ Growing
Electric cars+176%
Other construction+73%
Power grid+26%
WHY THIS IS THE WHOLE STORY IN MINIATURE
China is doing globally what the world is doing: trading old demand for electric demand.
The property slump should have crashed copper. Instead, China's pivot to EVs, solar, wind and grid upgrades has soaked up the slack — and the rest of the world is electrifying on top of that. That's why, even with China's biggest sector in decline, copper just hit an all-time high.
12 · The bottom line
Why this time is different.
01
The limit is real.
You can't fake geology. Weak ore and slow mines are physical facts money can't fix quickly.
02
The demand is permanent.
Going electric is a one-way trip. Every EV, solar panel and data center locks in copper demand for decades.
03
The price is a signal.
A record price is the market saying: the future we're building needs more copper than the Earth is giving up.
Copper used to be a thermometer for the economy. Now it's a speed limit on the one we're trying to build.