The Connectivity Crisis: Why the Global Energy Transition Requires Double the Copper Price

Hook

Copper is the "fundamental linchpin" of modern society—the connective artery for our infrastructure, digital intelligence, and electricity storage—and we are running out of time to get it out of the ground.

What Happened

A research team led by University of Michigan geologist Adam Simon has found that meeting "business as usual" copper demand will require 37 million tons per year by 2050. However, to achieve a 100% renewable energy future with all-electric vehicles, that need jumps to a staggering 91.7 million tons per year—nearly quadruple the 23 million tons mined in 2025.

Context

The current market price of $13,000 per ton is insufficient to incentivize mining companies to develop new projects. New mines in Mongolia, Panama, and the U.S. can cost between $18,000 and $31,000 per ton of copper produced annually. Researchers argue that the price must at least double to make long-term, capital-intensive mining projects economically viable.

Impact

The gap between supply and demand is particularly critical for developing countries. While a person in a high-income country lives in an environment containing 441 pounds of copper, a person in India or many African nations has less than 1 pound in their built environment. Global development to raise living standards in these regions is physically impossible without a massive increase in copper.

Insight

While recycling could provide about a third of the needed copper, and leaching from mining leftovers could add more, these are only partial solutions. Alternatives like aluminum and plastic exist but often come with higher emissions tradeoffs.

Takeaway

The world is not running out of copper, but it is running out of time. Meeting these demands will require immense political prioritization and a streamlining of the permitting process to ensure global electrification goals are not permanently constrained.