The energy problem underneath the AI boom is bigger than most technology discussions acknowledge.

By 2030, global data center electricity consumption is projected to reach 945 TWh, roughly equivalent to Japan's entire national electricity consumption today. In the United States alone, data centers will consume more electricity by the end of the decade than all aluminum, steel, cement, and chemical production combined. AI workloads are the primary driver, with AI-specific server electricity consumption projected to grow 30% annually.

The grid was not built for this. 70% of U.S. power infrastructure was constructed between the 1950s and 1970s. The IEA estimates 20% of planned data center projects are already at risk of delays due to grid connection queues and capacity constraints. Virginia, the largest U.S. data center market, is seeing its first base-rate electricity increase since 1992, paid for by households, not the hyperscalers generating the demand.

The traditional answer to this problem builds more terrestrial generation, extends the grid, wait for permitting, which cannot keep pace with the demand curve AI is producing.

Which is why companies like Panthalassa are worth paying attention to.

Panthalassa is building a planetary-scale clean energy platform from the middle of the ocean. The premise: the ocean is where the energy is. Offshore renewable generation, faster to deploy than terrestrial infrastructure, is designed to serve the scale of compute demand that AI actually requires. Their Pacific Ocean pilot, Ocean-2, is already in deployment.

The team comes from SpaceX, Blue Origin, NASA, Google, Boeing, Tesla, Amazon, and Microsoft, the same organizations that have learned to build infrastructure at a pace that terrestrial regulatory and construction timelines cannot match.

The AI energy problem is not going to be solved by incremental grid expansion and power purchase agreements. It will be solved by people rethinking where energy comes from, how it gets to compute, and what infrastructure can scale at the speed the technology demands.

Panthalassa is one of the more serious answers I've seen to that question: https://panthalassa.com