As discussed in a previous community thread here, AI infrastructure is creating a new multi-trillion-dollar electricity supply chain:
AI chips → Data centers → Power generation → Grid expansion
Electricity demand from AI data centers could double U.S. power demand growth over the next decade, which is why these sectors are becoming major equity themes.
In this context, the Trump administration and major tech firms announced an agreement Wednesday to have Big Tech companies allegedly cover the cost of the electricity they consume:
- "Ratepayer Protection Pledge" was signed by the next companies: Amazon, Google, Microsoft, Meta, Oracle, OpenAI and xAI.
- "Ratepayer Protection Pledge" requires AI companies to negotiate separate rate structures with utilities and state regulators.
- This document signing is about capital expenditure responsibility, not necessarily the marginal electricity price. In other words, these companies will benefit from a marginal electricity price below residential rates.
- For instance, US residential electricity rates are approximately ~$0.15–0.18/kWh with industrial clients paying ~$0.06–0.10/kWh and hyperscalers paying even less at ~$0.03–0.07/kWh. Hence, many analysts speculate the new special rate applied to Hyperscalers could be even below that.
- That said, energy law experts say the pledge is misleading as it doesn't actually enforce the pricing and, a result, the document is non-binding in nature and only a voluntary announcement by Hyperscalers that ultimately might be withdrawn.
In any case, supporting the rapid growth of US AI data centers requires:
- 50–100 GW of new power capacity from ~680 planned U.S. data centers. Other sources project an even higher required 131–310 GW that includes other concepts, yet let's work with a 50-100 GW for this illustration that is limited to US-centric and data centers.
- For perspective, 1 GW power plant can supply electricity for ~750k homes.
- Consensus ballpark figures of total Electricity Infrastructure Investment of $140B – $290B broken down into Power generation (60bn-120bn) and Grid infrastructure (80bn-170bn) is tantamount to ~10–25% additional annual U.S. power-sector capex.
- For Hyperscalers, this new $140B–$290B of electricity infrastructure investment adds to the +500 bn USD already projected with regards data centers construction from 2026-2030.
Regardless of who is going to foot the bill, the next companies could benefit as recipients of this CapEx:
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Carlos Salas
Portfolio Manager & Freelance Investment Research Consultant
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