AI → More electricity → More infrastructure → More copper

The real copper story may be just getting started.

My $COPPER thesis

I think the most important thing to watch isn't today's copper price.

It's the relationship between:

Future copper demand vs. future copper supply.

If the world keeps building more power grids, EV infrastructure, renewable generation and AI data centers while copper mine supply remains difficult and slow to expand, the market could become increasingly tight.

And when a critical material becomes scarce while demand keeps expanding, price becomes part of the solution.

That's why copper is one of the commodities I would keep on the long-term watchlist.

💥THE BIG PICTURE

The copper thesis isn't simply:

"Copper price will go up."

The more interesting thesis is:

More electricity + AI infrastructure + EVs + grid expansion + slow mine development = potential structural pressure on copper supply.

If demand continues growing faster than economically viable new production, copper could become increasingly valuable over the long term.

But there is an important risk.

Copper remains cyclical.

A global recession, weaker Chinese industrial demand, substitution, increased recycling, new mine discoveries or faster-than-expected production growth could put pressure on prices.

So the long-term thesis does not mean a straight line upward.

AI could become an unexpected copper driver

AI is usually associated with GPUs and semiconductors.

But behind every AI data center is something investors don't talk about enough:

POWER.

Data centers require enormous amounts of electricity, and supplying that electricity requires transformers, cables, substations, transmission and distribution infrastructure.

That means the AI infrastructure boom can create demand for copper indirectly.

The chain is simple:

AI growth → more data centers → more electricity demand → more grid investment → more copper.

This is one of the most interesting long-term copper connections.

EVs add another layer of demand

Electric vehicles generally require more electrical components and copper than conventional vehicles.

But the bigger opportunity may be the infrastructure around them.

EV charging networks need:

• Cables

• Transformers

• Charging stations

• Grid upgrades

• Distribution infrastructure

So even if EV adoption grows gradually, the supporting electrical infrastructure can continue generating copper demand.