• Meta has withdrawn from RE100 after new natural gas investments left it unable to meet the initiative’s technical criteria.
• The company says it will retain its goal of matching annual electricity use with 100% clean energy and continue renewable power purchases.
• The exit highlights growing tension between hyperscale data center expansion, power reliability and corporate climate commitments.

Meta has withdrawn from the RE100 renewable electricity initiative as its accelerating data center expansion drives new investment in natural gas generation.

The move removes one of the world’s largest technology companies from a corporate coalition built around sourcing electricity from renewable power. It also raises a broader question for the technology sector. Rapid growth in artificial intelligence and cloud infrastructure is increasing electricity demand faster than many grids can add clean generation.

The news was first reported by Recharge News, a renewable energy industry outlet.

Meta leaves RE100 after gas investments

RE100 is led by UK-based nonprofit Climate Group and brings together major companies committed to renewable electricity procurement. Its membership includes Apple, Google and Microsoft among 444 companies.

Meta joined RE100 in 2016, according to an archived version of the initiative’s website. It is no longer listed as a member.

Climate Group said Meta’s investments in new gas generation had become incompatible with the initiative’s requirements.

“After several in-depth conversations between Meta and Climate Group, Meta has withdrawn from the RE100 initiative, as it is no longer able to meet the technical criteria due to investments made in new gas power,” a Climate Group spokesperson told the website.

The withdrawal comes as Meta expands its global data center footprint. The company has entered arrangements that support new natural gas generation to supply growing electricity demand.

In Louisiana, utilities are expected to bring 10 new gas plants online to support Meta’s Hyperion data center.

For Meta, the challenge is increasingly one of scale. Large data centers require substantial amounts of continuous electricity. Renewable power can cover annual consumption through power purchase agreements, but operators also need reliable supply when wind and solar output falls.

Meta retains its clean electricity target

Meta says leaving RE100 does not change its own clean energy objective.

A company spokesperson told AFP that Meta would continue scaling investment in renewable energy. The company also intends to maintain its goal of matching electricity consumption with 100% clean energy.

Meta says it has achieved that target on an annualized basis since 2020. It has primarily done so through long-term power purchase agreements with renewable energy developers.

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However, annual renewable matching and the source of electricity physically serving data centers are becoming increasingly separate issues.

That distinction matters for corporate climate accounting. A company can procure enough renewable energy over a year to match consumption while individual facilities still rely on fossil fuel generation during certain periods.

RE100’s technical requirements are designed to push companies toward renewable electricity procurement that meets defined sourcing standards. Meta’s departure shows how those requirements can collide with infrastructure decisions made to secure additional grid capacity.

Gas emerges as a data center pressure point

Natural gas has often been positioned as a transition fuel because it produces less carbon dioxide when burned than coal. Its climate impact remains significant.

Gas extraction and transportation can release methane, a greenhouse gas with strong warming effects. Combustion also creates air pollutants, including nitrogen oxides and particulates. Hydraulic fracturing has also faced environmental concerns related to water use and groundwater contamination.

Meta is not the only technology company exploring gas-backed generation as electricity demand rises.

Microsoft signed an agreement with Chevron last month involving natural gas electricity for a data center in West Texas. Google has also been linked to similar arrangements in press reports.

The trend creates a growing governance challenge for technology companies. Boards and executives must reconcile energy security, infrastructure growth and climate commitments that were often designed before the current surge in computing demand.

For investors, the issue reaches beyond renewable procurement claims. New gas infrastructure can introduce carbon exposure, regulatory risk and potential asset lock-in over the lifespan of data center investments.

Meta’s exit from RE100 therefore reflects a wider pressure building across the technology sector. As electricity demand from AI and digital infrastructure accelerates, companies will face greater scrutiny over not only how much renewable energy they purchase, but also which generation assets their expansion helps bring onto the grid.