Meta ends clean energy pact as the social media giant steps away from the RE100 initiative, a global corporate coalition committed to sourcing 100% renewable electricity. Confirmed on 24 July, Meta’s departure comes as technology companies rapidly expand energy-hungry artificial intelligence (AI) data centres, increasing demand for reliable power. RE100, led by the UK-based non-profit Climate Group, includes 444 member companies, among them Apple, Google, and Microsoft.

Meta, which joined the initiative in 2016, has been removed from the organisation’s membership list after investing in new natural gas-powered infrastructure to support its growing AI operations. The move highlights the growing tension between corporate clean energy commitments and the rising electricity needs of next-generation AI technologies.

Why Meta Left RE100

According to the Climate Group, Meta ends its clean energy pact because it no longer meets the technical membership criteria following investments in new gas-powered electricity generation.

The company has signed agreements with utilities to bring 10 new natural gas power plants online to support its massive Hyperion data centre in Louisiana. These projects are intended to provide dependable electricity for expanding AI infrastructure, where continuous power supply is critical.

Although Meta has exited RE100, the company says it remains committed to matching its annual electricity consumption with 100% clean energy, a target it says it has achieved every year since 2020 through long-term renewable energy purchase agreements.

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Growing AI Demand Is Reshaping Energy Strategies

The rapid expansion of AI technologies has dramatically increased electricity demand across the technology sector.

Modern AI data centres require enormous computing power, making uninterrupted electricity supply essential. While renewable energy remains a key part of corporate sustainability strategies, companies are increasingly turning to natural gas to ensure reliable power when solar and wind generation fluctuate.

Meta’s decision reflects a broader industry shift as technology firms balance climate commitments with the operational demands of AI infrastructure.

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Environmental Concerns Remain

Natural gas has often been promoted as a transition or “bridge fuel” because it emits less carbon dioxide than coal.

However, environmental experts continue to raise concerns about methane leakage during natural gas extraction, as methane is a far more potent greenhouse gas than carbon dioxide over the short term.

In addition, burning natural gas produces pollutants such as nitrogen oxides, sulphur compounds, particulate matter, and mercury. Hydraulic fracturing, commonly known as fracking, has also been linked to groundwater contamination in some regions.

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Other Technology Companies Also Turning to Gas

Meta is not the only major technology company expanding natural gas use.

• Microsoft recently announced an agreement with Chevron to supply natural gas-generated electricity to one of its West Texas data centres.
• Media reports have also linked Google to similar energy partnerships as companies seek reliable electricity for AI-driven operations.

The trend illustrates how the AI boom is reshaping corporate energy strategies even as companies continue investing heavily in renewable energy projects.

Key Highlights

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Balancing AI Growth and Climate Goals

Meta’s departure from RE100 underscores the growing challenge facing the technology sector as AI transforms global electricity demand. While companies continue investing billions in renewable energy, the need for dependable power is driving greater reliance on natural gas to support expanding data centre operations. The coming years will likely determine whether advances in renewable energy storage and grid infrastructure can keep pace with AI’s rapidly increasing energy requirements without slowing corporate climate ambitions.

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