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Silicon Flash > Blog > Sustainability > Princeton’s Research Shows Flexible Power Speeds Up Data Center Development
Sustainability

Princeton’s Research Shows Flexible Power Speeds Up Data Center Development

Published December 21, 2025 By Juwan Chacko
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Princeton’s Research Shows Flexible Power Speeds Up Data Center Development
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This study reveals that data centers equipped with their own power sources can start operations faster during emergencies compared to those relying solely on traditional utility connections. By utilizing onsite natural gas turbines, solar panels, or batteries, data centers can connect to the grid more quickly, reducing wait times by up to five years in some cases. This approach not only speeds up operations but also lowers costs by requiring less new infrastructure, addressing the rising power consumption driven by factors like AI advancements and electrification.

Installing onsite natural gas turbines, solar panels or batteries means data centers can achieve a speedier connection to the grid because they will represent less of a demand stress when electricity is tight, according to a study Princeton University’s Zero Lab carried out in conjunction with energy software firms Camus Energy and Encoord.

In some cases, the wait time can be cut by as much as five years – a significant difference in an industry where grid hookups can stretch up to seven years.

“If you can connect your data center years earlier, that’s a lot of revenue and a lot of compute time,” said Jesse Jenkins, the Princeton associate professor who leads the ZERO Lab.

Flexible data centers also are cheaper because they require less new infrastructure, he added.

“It doesn’t make sense to build a whole new transmission line that sits there 365 days a year when you only need it for a few hours a year,” Jenkins said.

See also  Spaceborne Data Centers: Revolutionizing AI Training and Edge Computing in Orbit
TAGGED: Center, data, Development, flexible, Power, Princetons, Research, shows, speeds
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