Google seals deal to build nuclear sites for AI power

Google has partnered with nuclear site developer Elementl Power to develop three advanced nuclear power sites. The project aims to meet the rising energy demands of its growing AI and data center operations.

Each site will include at least 600 megawatts of generating capacity. The reactors will connect to the power grid, with Google possibly purchasing electricity directly from Elementl.

Elementl Power, backed by Energy Impact Partners and founded by Breakwater North, has not yet built any nuclear plants.

The company is taking a “technology agnostic” approach, allowing flexibility in selecting small modular reactor (SMR) technology.

Kairos Power, which already has an agreement with Google, is a potential SMR provider.

SMRs are gaining popularity for their smaller size and cost-saving potential, though challenges remain.

🔗 Source: TechCrunch

🧠 Food for thought

1️⃣ Tech’s soaring energy demands are reshaping energy markets

Google’s massive deal for 1.8 GW of nuclear power reflects a broader trend of tech companies becoming the dominant force in clean energy procurement.

The tech sector has emerged as the largest buyer of renewable electricity, with long-term power purchase agreements increasing by 35% last year, driven primarily by data centers and AI development 1.

This shift comes as Google plans to spend $75 billion on data center capacity this year alone, highlighting how AI’s growing power requirements are forcing tech giants to secure dedicated energy sources rather than simply purchasing from existing grid capacity.

The scale of these investments is transforming energy markets, with tech companies increasingly acting as both major energy consumers and investors in generation capacity, shifting from traditional utility-customer relationships to direct involvement in power production.

2️⃣ Small modular reactors face significant deployment hurdles despite growing interest

Google’s nuclear ambitions face practical challenges, as the only currently operational SMRs are in Russia and China, with none yet online in the United States or other OECD countries 2.

NuScale’s project cancellation in 2023 illustrates the persistent economic challenges, as their estimated costs more than doubled even after downsizing the project to contain expenses.