Big Tech is pouring money into space solar, fusion, and geothermal while still running its AI data centers on natural gas -- and Google's emissions are up 48% in five years.
The AI boom has unleashed an energy monster unlike anything the world has ever seen before. No one is exactly sure how much energy the AI sector will require in the coming years as large language models continue to advance and expand.
In fact, we don't even really know how much energy it's consuming now. But most experts agree that we can expect a sharp and continuing rise in demand from the data centers that power the tech sector in the coming years as the global economy increasingly integrates AI into virtually every market sector on Earth.
'AI's integration into almost everything from customer service calls to algorithmic 'bosses' to warfare is fueling enormous demand,' the Washington Post reported last year. 'Despite dramatic efficiency improvements, pouring those gains back into bigger, hungrier models powered by fossil fuels will create the energy monster we imagine. ' And, so far, it's consumers who are bearing the burden of this 'energy monster.
' As data centers place unprecedented strain on local power grids, consumers are paying the price for the extra competition at the meter. But this system is unsustainable, and in flux. In May, as a result of voter outcry ahead of the midterm elections, Big Tech firms signed a pledge to either purchase or provide their own energy supplies to power their energy-hungry data centers in order to buffer consumers from rising energy prices.
As a result, major tech firms are starting to invest more heavily in next-gen and clean energy alternatives in a bid to find ways to power their enormous future needs without throwing their climate pledges out the window. Just this week, Meta announced a deal with Overview Energy to start developing a solar power system in space, which would be able to beam energy down to Earth even in darkness.
Overview Energy is a startup seeking to put solar satellites into Earth's orbit, where they can harvest power from the sun at all times of day and night. Meta, the company behind Facebook, has signed a deal with the energy startup to develop up to 1 gigawatt of space solar power, or the equivalent of the energy output of a nuclear reactor.
However, the deal is all theoretical at this point, as the technology of space solar has not yet caught up to the vision set out by the two companies. Overview Energy aims to launch a pilot satellite into orbit by 2028 meaning that a gigawatt of power is still quite a few years away from becoming a reality, if it comes to fruition at all.
But proponents of the technology feel that it's just a matter of time before space-based solar becomes commercially viable, and some contend that it could even be cost-competitive with other energy sources as soon as 2040. Silicon Valley is also investing more and more into a high-stakes bet on nuclear fusion as a silver bullet solution to slay the AI energy monster.
'There's no way to get there without a breakthrough,' Sam Altman, co-founder and CEO of ChatGPT firm OpenAI, said at the 2024 World Economic Forum in Davos, Switzerland. 'It motivates us to go invest more in fusion,' he went on to specify.
Tech giants, including Meta and Google are also increasingly investing in next-gen geothermal energy research, which uses enhanced drilling methods borrowed from the oil and gas sector and even, in some projects, from nuclear fusion to drill down to tap into the Earth's heat from nearly anywhere on the surface. In the meantime, however, Meta and other Big Tech firms are heavily relying on natural gas to power its massive AI ambitions.
Meta alone is funding the development of 10 new gas-fired plants for its biggest-ever AI data center campus in rural Louisiana. Meanwhile, Google is developing a massive natural gas facility attached to a data center campus in North Texas. So while Big Tech has major clean energy ambitions, these technologies are still years away, and real-time emissions are continuing to balloon.
In 2024, Google admitted that the firm's carbon emissions had risen 48 percent in five years thanks to the AI boom. Google had previously pledged to reach net zero by 2030, but the officials have conceded that 'as we further integrate AI into our products, reducing emissions may be challenging. ' By Haley Zaremba for Oilprice.com
AI Data Centers Meta Space Solar Overview Energy Natural Gas Nuclear Fusion Geothermal Energy Google Emissions AI Energy Demand Data Center Power Consumption
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