There is no shortage of copper in the earth. The U.S. Geological Survey counts about 980 million tonnes of identified reserves, 1.5 billion tonnes of identified resources and an estimated 3.5 billion tonnes still undiscovered [1]. Against annual mine production of about 23 million tonnes, the geology is not the constraint.
The constraint is time, and behind time, capital.
The demand side arrives in years
Everything the next two decades are built on runs on copper. Grids must be expanded to carry new generation and new load. Vehicles are electrifying, and each one uses several times the copper of a combustion car. Buildings are being wired for heat pumps and chargers. And a new customer has arrived at the front of the queue: the International Energy Agency projects that electricity consumption by data centers will more than double to around 945 TWh by 2030, and every megawatt of that capacity is built from transformers, busbars, cable and cooling that are made of copper [2].
The IEA's Global Critical Minerals Outlook 2026 records copper as the mineral with the largest absolute demand growth of any energy mineral, adding roughly 7 million tonnes of annual demand by 2040 [3]. A data center is planned and built in two to five years. A vehicle plant retools in three. A grid reinforcement program runs on a five-year plan.
The supply side arrives in decades
A copper mine does not. S&P Global finds that mines which started production between 2020 and 2023 took 17.9 years on average from discovery to first output, up from 12.7 years for mines started between 2005 and 2009 [4]. Ore grades are falling: the average grade in Chile, the world's largest producer, dropped about 30 percent over fifteen years, so more rock, energy, water and capital are needed for every tonne of metal [5]. The IEA estimates copper alone needs about USD 310 billion of mining and refining investment by 2040, and projects that on the current pipeline supply from existing mines and announced projects will fall roughly 25 percent short of demand by 2035 [3].
Put the two timescales side by side and the crunch is arithmetic. Demand that arrives in years, met by supply that arrives in decades, financed by instruments that take months to negotiate and reach only a handful of specialist providers.
Why it is a capital problem
Talk to the chief financial officer of a mid-sized copper developer and the problem is not finding the deposit. It is financing the years between a proven reserve and first cathode. The choices are equity that dilutes, project debt that arrives late and constrains everything, or streams and royalties that sell a share of the mine's best years at a fixed price forever. Each deal is bilateral, bespoke and slow. Meanwhile the capital that could fund the mine, in pension funds, treasuries, industrial balance sheets and family offices, has no way to reach it except through those same narrow channels.
The buyers are in the same position from the other side. A cable manufacturer, a utility or a data center developer that knows it will need copper in 2029 can hedge the price with futures, but it cannot easily secure the metal from a specific producer years ahead in a form it can hold, transfer or finance.
What closes the gap
The record of ownership. Today it is paper, held separately by every party in the chain. If a verified reserve, a scheduled tranche of production and a bundle of cathode in a warehouse can each be represented as a digital claim, verified by independent parties, held by any eligible participant, transferred with settlement finality and converted into physical delivery when the metal arrives, then three things become possible that are not possible today.
Capital can reach the mine at the point of verification rather than the point of completion. Buyers can secure supply years ahead as a transferable claim and take delivery when they need it. And the whole chain, from geologist's report to delivery receipt, is visible on one record instead of scattered across a dozen filing cabinets.
That is what Toto Finance is building, and it is why we start with copper. The crunch is real, the geology is not the problem, and the fix is infrastructure.
Monty Metzger is the Founder and Chairman of Toto Finance. This article expresses the author's views and is not investment, legal or tax advice. See risk disclosures.
Sources
- U.S. Geological Survey, Mineral Commodity Summaries 2026, Copper (February 2026). pubs.usgs.gov
- International Energy Agency, Energy and AI (April 2025). iea.org/reports/energy-and-ai
- International Energy Agency, Global Critical Minerals Outlook 2026 (July 2026). iea.org
- S&P Global Market Intelligence, Average lead time almost 18 years for mines started in 2020-23 (2024). spglobal.com
- International Energy Agency, The Role of Critical Minerals in Clean Energy Transitions (2021). iea.org