Tech Giants Ditching Grids ⚡️🤯 Power Shift!
Tech
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Executives from major tech companies—Amazon, Google, Meta, Microsoft, xAI, Oracle, and OpenAI—are increasingly seeking to supply their own power. Driven by the rapid expansion of artificial intelligence data centers, these companies are responding to political pressure and rising electricity costs. President Trump, during a White House event, championed this shift, asserting that consumer prices would not increase due to AI’s energy demands. Industry leaders suggest the commitment is non-binding, while experts caution that insulating consumers from increased demand is improbable. Data from BloombergNEF projects a threefold surge in US data center power demand by 2035. Currently, the vast majority of planned generation equipment is natural gas fired. This proactive approach—avoiding lengthy grid connection waits—highlights the significant challenge posed by the growing energy needs of AI, with potential impacts on residential electricity costs nationwide.
DATA CENTER POWER PLEDGE: A STRATEGIC SHIFT
At a White House event on Wednesday, executives from Amazon, Google, Meta, Microsoft, xAI, Oracle, and OpenAI are due to sign a pledge to supply their own power instead of relying on a grid connection, as championed by President Donald Trump. Trump hailed the plan in his State of the Union speech last week, promising US consumers that “no one’s prices will go up” as a result of “energy demand from AI data centers.” But industry executives have suggested the commitment will not be binding, while experts warn it is likely impossible to fully insulate consumers from the extra power demand coming from the vast expansion of data centers to run AI.
THE TRUMP ADMINISTRATION’S INFLUENCE
Trump’s pressure on big data center operators comes in response to consumer backlash and political pressure over rising power bills. On the campaign trail in 2024, Trump pledged to cut energy bills in half within a year of taking office. In reality, residential electricity costs rose by 6 percent nationwide in February, compared with a year before, according to the US Energy Information Administration. States such as New Jersey and Pennsylvania, which have clusters of data centers, reported bigger increases at 16 percent and 19 percent respectively. Natural gas prices, extreme weather, and the need to upgrade aging grid infrastructure have all contributed to higher costs—after decades of low investment in power plants and transmission lines.
DATA CENTER POWER DEMAND SURGES
US data center power demand will more than triple by 2035, rising from almost 35 gigawatts in 2024 to 106 GW, according to data from BloombergNEF. To avoid political backlash and waits of up to four years for grid connections, tech companies are already building their own power supplies for many new data centers. Nearly three-quarters of planned generation equipment for data centers is natural gas fired, according to energy research firm Cleanview, which is tracking 56 GW of projects across the US.
SUPPLY CHAIN CHALLENGES AND TURBINE SHORTAGES
Competition for gas turbines is fierce, with waits as long as seven years for new orders. Turbine-maker GE Vernova said it would expand production by 25 percent, and Mitsubishi Power announced plans to double its output over the next two years. But manufacturers have been cautious about expanding capacity, and it may not be enough to meet booming demand. Two-thirds of gas projects in development in the US have not announced a turbine manufacturer, according to Global Energy Monitor. The price of gas turbines has risen sharply, and greater competition from tech companies will mean higher costs for utilities and industrial customers who also need generating capacity—costs that could still be passed on to ratepayers.
ALTERNATIVE POWER SOURCES AND LONG-TERM CONSIDERATIONS
To overcome shortages, data centers are increasingly relying on alternatives. Companies, including Google and Microsoft, have also struck deals to reopen nuclear power plants, but these plans will take years to deliver. In the near term, companies are using options such as reciprocal engines and diesel generators. Experts point out that these power sources, as well as ordinary gas turbines, are not designed to provide the kind of continuous power needed by data centers. “They say, ‘we have documented evidence that these can run 90 percent of the time’… But that’s not the average use case,” said Jigar Shah, an energy investor and former Department of Energy official. Keeping these data centers, and their power supplies, operational for decades would also present challenges around securing spare parts and qualified technicians, he added.
RISKS AND UNCERTAINTIES
Shah said: “The level of ineptitude by which the data center companies are sleepwalking into major problems just seems shocking for trillion-dollar companies.”
This article is AI-synthesized from public sources and may not reflect original reporting.