Elon Musk’s One Stock Retirement Plan

Amazon’s announcement Friday that it will spend more than $1 billion over five years in communities hosting its data centers is getting plenty of attention as a public-relations maneuver. The program, called “Built Together,” will fund free community college, job training, energy upgrades for homes and schools, and other local projects. For precious metals investors, the community-investment angle is secondary. The more consequential detail is buried in the power economics that made the program necessary in the first place.

What’s Driving the Market

AWS CEO Matt Garman noted that more than 100 data center moratoriums are being considered across the country, driven by concerns about electricity costs and water use. Garman argued that allegations data centers are “responsible for driving up all the energy rates” are false or misleading. The data, however, tells a different story for industrial power consumers.

The Independent Market Monitor for PJM reported that data center load growth is the primary reason for tight capacity market conditions, with current and projected data center demand increasing capacity costs by $9.3 billion, or 174%, for the 2025-26 delivery year compared with a scenario with no data center demand. Those costs flow directly into industrial electricity bills. Data centers are playing a particularly disruptive role in the PJM market, which covers 13 states plus the District of Columbia. The cost to secure power supplies in PJM has risen sharply, with $23.1 billion attributable to data centers for June 2025 through May 2028, according to watchdog Monitoring Analytics. These costs get passed down to consumers.

The strain extends beyond PJM. A domestic aluminum smelter requires a 10-to-20-year contract with electricity costs around $40 per megawatt-hour to remain globally competitive. Technology companies are currently committing prices that analysts and industry reports often place in the roughly $70 to $115 per megawatt-hour range for power tied to data center demand, depending on structure and location. That gap is not theoretical. Technology companies building data centers are willing to pay premiums for electricity, increasing costs for aluminum smelters. Industry analysts say these pricing pressures are causing some U.S. aluminum smelting companies to consider idling plants or even selling their locations to data center developers.

The Investment Opportunity

The power-hungry hyperscalers are reshaping where energy gets allocated, and the winners are the utilities positioned between the two sides of that trade. Vistra (VST) has moved decisively to lock in that position. In January 2026, Vistra announced 20-year power purchase agreements with Meta, supplying a total of 2,609 MW of carbon-free power and capacity from its PJM nuclear plants. In September 2025, Vistra also announced a 20-year PPA (with options to extend) with Amazon Web Services to supply 1,200 MW of carbon-free power from Comanche Peak in Texas. Constellation Energy, the leading operator of nuclear power plants in the U.S. with about 55 gigawatts of total generation capacity across its fleet, is pursuing similar deals.

The precious metals connection runs through the supply side of aluminum and copper. Aluminum smelting operations face energy cost pressures limiting domestic production capacity. Smelting requires approximately 12 to 15 megawatt-hours per tonne, with electricity representing 30 to 40 percent of smelting economics. Rising electricity prices have forced smelter closures in high-cost regions, constraining supply even as data center metals demand accelerates. Tighter domestic supply of these industrial metals historically supports prices for refined metals broadly, including the electrical components that miners and refiners depend on. Gold and silver refiners are not immune to industrial power market dynamics either.

Risks to Monitor

Amazon’s $1 billion community pledge could blunt some legislative momentum. President Trump has embraced the building of more data centers, but there is growing wariness from voters. Data Center Watch counted 843 opposition groups spread across 49 states, and about 30 statehouses have introduced or adopted rules covering data center siting, electricity use, or water consumption. If moratoriums proliferate despite Amazon’s concessions, the AI buildout slows and the power-price pressure on industrial manufacturers eases. Conversely, if Amazon’s outreach succeeds and construction accelerates, the electricity squeeze on metals producers intensifies further.

The Federal Reserve Bank of Dallas has estimated that with data center demand expected to surge over the rest of the decade, wholesale power prices could rise dramatically in high-utilization scenarios, by as much as 50%. That is the scenario where smelter economics become genuinely untenable in high-cost states.

Bottom Line

Amazon’s community investment program is a political document as much as a philanthropic one. The underlying energy competition it is trying to defuse is real, and it is already altering the economics of domestic metals refining. Precious metals investors should watch industrial electricity markets not as a headline risk but as a slow-moving constraint on refined metal supply. When the cost of producing aluminum crowds out smelters from the grid, the downstream effects eventually reach every corner of the metals complex.