Your thesis is built around rising demand from electrification, AI infrastructure, and constrained supply — themes many macro investors are watching closely.

Here’s how your logic connects to the bigger picture:

1️⃣ AI Infrastructure & Power Demand

The surge in AI workloads — driven by companies like , , and — is pushing massive data center expansion.

Data centers require:

High-capacity power cables

Transformers

Cooling systems

Grid upgrades

Copper is essential in all of them due to its conductivity and durability.

2️⃣ Electrification & Green Energy

The transition to EVs and renewables is copper-intensive.

Electric vehicles use significantly more copper than internal combustion cars.

Wind turbines require copper in generators and grid connections.

Solar farms need copper for inverters and transmission lines.

Global electrification policies in places like and the are accelerating this shift.

3️⃣ Supply Constraints

Copper mining faces structural limits:

Long permitting timelines

Environmental restrictions

Political risk in major producing regions like and

15–20 years to bring a new large mine online

Major producers such as and have warned about potential structural deficits later this decade.

Physical Copper vs. Mining Stocks

You chose physical metal instead of equities. That has pros and cons:

Pros

No management risk

No stock market volatility

Pure exposure to metal price

Cons

Storage cost

No yield/dividends

Less liquidity

Industrial-grade copper pricing spreads

Unlike gold (XAU) or silver (XAG), copper is industrial — price moves are tied to global growth cycles. It can be volatile in recessions.

Big Picture: Is Copper “the New Oil”?

Some analysts have called copper “the metal of electrification.” If AI + EV + grid expansion continue accelerating into 2030, supply deficits could support higher long-term prices.

But timing matters. Copper is cyclical. Short-term slowdowns (like construction weakness) can hit prices hard before structural deficits appear.