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The tech industry faces an energy paradox: AI-driven compute growth is pushing energy demand up while net-zero commitments require it to come down. Guarantees of Origin for green hydrogen offer a practical mechanism to bridge that gap.

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What this piece is

This paper examines the tension between the tech industry’s growing energy consumption — driven by generative AI and data centre expansion — and its net-zero commitments. It proposes Guarantees of Origin for green hydrogen as a practical mechanism for tech companies to offset emissions while continuing to invest in AI capability. Originally published on Medium, September 2024.

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What is the central argument?

The rise of generative AI is creating an energy paradox: tech companies need vastly more compute power, which requires vastly more energy, which undermines their decarbonisation targets. Data centres consume 10 to 40 times more energy per square foot than a typical office building, and global electricity demand from data centres could double by 2026. Guarantees of Origin for green hydrogen offer a twofold benefit — reducing direct reliance on fossil fuels and providing a credible mechanism to offset emissions by supporting clean hydrogen deployment.

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What are the key concepts?

The energy burden of AI. Data centre industry revenues are projected to grow 14-18 percent year-on-year. Many new facilities are built in regions reliant on coal-powered energy, propping up plants that would otherwise be retired. Guarantees of Origin. Certificates that verify energy has been produced from renewable sources. For green hydrogen, they certify that hydrogen was produced through low-carbon processes such as electrolysis powered by renewable energy. Green hydrogen as a bridge. Hydrogen produced from renewable energy can help meet data centre energy demand without exacerbating carbon emissions. The market is nascent and costs remain higher than fossil fuels, but economies of scale are expected to improve accessibility. A broader strategy. Guarantees of Origin should be part of a comprehensive approach including energy efficiency improvements, renewable energy adoption, and data centre design optimisation.

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How does this connect to other wiki topics?

This paper is written from the standpoint of H2C, the green hydrogen market platform. It extends the energy transition knowledge into the AI and data centre context, connecting the climate-tech work with the AI adoption themes in AI in regulated markets. The regulatory navigation experience from Open banking and identity transfers directly to energy certification markets.