Meta Has Pledged To Be Net Zero By 2030. So Why Is It Walking Away From RE100?

For a company that has repeatedly talked about its climate ambitions, Meta’s latest move seems more than a little bit odd and inconsistent with its supposed environmental goals.

The company behind Facebook, Instagram and WhatsApp has reportedly withdrawn from RE100, a global initiative that encourages companies to source 100% renewable electricity. According to reporting by Recharge News, Meta’s departure follows discussions with Climate Group, which oversees the initiative, after the company could no longer meet RE100’s technical criteria due to investments in new gas-powered infrastructure. Investments that have not, by any means, slipped under the radar.

For anyone with an ear on the ground in the environmental conversation in the world of big tech, the timing here is worth questioning. Meta still publicly states that it aims to achieve net-zero emissions across its value chain by 2030 and says it continues to match 100% of its electricity use with renewable energy on an annual basis.

And that’s not just public comment that remains in the ether. Their website still clearly states this goal with absolutely no ambiguity whatsoever: “We have set a goal to achieve net zero emissions across our value chain in 2030.”

So, are these two positions fundamentally incompatible? Or is the reality a little more complicated?

What Is RE100?

First things first, let’s do a quick run down of the RE100.

The RE100 is a global corporate initiative whose members commit to sourcing their electricity from renewable sources. Companies including Apple, Google and Microsoft remain members, and the membership of these core big tech personalities has always been a really important part of the initiative.

According to reports, Climate Group concluded that the reason Meta left the RE100 was less of a choice and actually because the company could no longer satisfy the initiative’s requirements due to its growing investments in natural gas infrastructure to support expanding AI data centre operations.

Obviously, it goes without saing that that doesn’t necessarily mean Meta has abandoned renewable energy altogether. In fact, the company says it has matched 100% of its electricity consumption with renewable energy since 2020 through power purchase agreements and continues to invest in renewable projects.

But, that doesn’t make the story and the questions disappear. Leaving a high-profile renewable energy coalition inevitably creates questions about whether the company’s climate strategy is evolving, as it absolutely should.

The AI Boom Is Completely Changing The Energy Conversation

If there is one thing driving this shift, it appears to be AI and its relentless need for power. Indeed, Meta is currently engaged in a huge AI infrastructure buildout. According to multiple reports, the company has backed a number of natural gas projects to help power new data centres, including facilities linked to its massive Hyperion AI campus.

Of course, Meta isn’t the only company in tech that’s dealing with this conundrum of sorts. Across the tech sector, AI companies are discovering that ambitious climate goals and rapidly growing computing demands don’t always go hand in hand.

Training and running large AI models requires enormous amounts of energy, and while renewable generation continues to grow, many utilities argue that gas remains one of the fastest ways to bring additional capacity online at scale.

The result is a growing tension between long-term sustainability commitments and the immediate energy needs of AI infrastructure.

Can Meta Still Reach Net Zero?

This is where things get interesting. On paper, leaving RE100 doesn’t automatically mean abandoning a net-zero target, and according to Meta’s sustainability commitments, the company’s net-zero goal covers its entire value chain by 2030. The company says it plans to achieve this through emissions reductions, efficiency improvements, supplier engagement and carbon removal projects for residual emissions that can’t be eliminated.

So in theory, a company could still reach net zero while using some gas-powered electricity, provided it reduces emissions elsewhere and offsets or removes remaining emissions.

The totally straightforward answer? Yes, it is theorestically plausible that Meta can still reach net zero given these changes and its inability to achieve the goals and requirements of the RE100.

Critics, however, argue that expanding fossil fuel infrastructure while simultaneously pursuing net zero sends very mixed signals and makes things a lot more complicated than before.

Of course, supporters might counter that the energy transition was never going to be perfectly linear, especially as AI places unprecedented demands on electricity grids. And this, I think most people can agree, is certainly a fair arguement, in many respects.

But the bigger question may not be whether net zero is still technically achievable, but rather two other issues. First, is net zero still genuinely their goal? And if so, do investors, regulators and the public view the pathway as credible?

Meta As the “Sacrificial Lamb”?

Meta’s departure from RE100 could end up becoming a test case for the wider technology industry – a bit of a “take on for the team” kind of situation.

For years, many large technology companies have positioned themselves as leaders in renewable energy adoption. But the rise of AI is creating an entirely new challenge in how it would be possible to power enormous data centres without derailing climate commitments.

As AI competition intensifies, companies may increasingly find themselves balancing two priorities that do not always align neatly. That is, how can they continue to build more computing capacity while still reducing emissions?

Whether Meta, or any other big tech giants, can successfully do both remains to be seen. What is clear already, however, is that the company now faces greater scrutiny over how it plans to reconcile its 2030 net-zero pledge with its expanding energy footprint.

TechRound contacted Meta for comment but did not receive a response before publication.