The Digital Economy Runs on Data. Data Runs on Power. And Power is Running Late.
“The gap between how fast digital demand grows and how slowly power can be delivered is becoming a major barrier in data center expansion. AI workloads, cloud-scale services, and always-on digital infrastructure are pushing grids to their limits and forcing operators to rethink everything from site selection to energy strategy.”
Data centers have been around for decades, but their relationship with the grid has fundamentally evolved. The rapid increase in AI use cases, driven by the emergence of Gen AI, has increased compute demand, challenging traditional grids built for steady growth. This mismatch is what we call the time-to-power gap. In this episode of Futurecast, we discuss the implications for data center operators, grid planners, and the wider digital economy.
Our expert, Deepak Jain, Business Leader for Industrials, Mobility, and TMT at Stellarix, decodes the nature of this challenge and explains why it’s not temporary. He also examines how it’s reshaping investment priorities and outlines what it will take to bridge the gap.
From the Recording:
Host: As power becomes a primary design constraint, operators are exploring a range of solutions, from on-site generation to submersible data centers. If you were to arrange these solutions on a timeline, what arrives in the next 5 years, what in 5 to 10 years, and what may never materialize, how would you scale that?
Deepak Jain/Expert: “For the next 3 to 5 years, on-site generation and battery energy storage systems might take the front seat. For 5 to 10 years, grid digitalization and modernization will materialize. Beyond 10 years, SMRs (nuclear reactors) might supply power, but building that capacity for a 1 GW data center requires huge investments; it’s not very feasible even for hyperscalers.”
Host: Does the time-to-power gap open up new opportunities in terms of jobs, skills, or investments?
Deepak Jain/Expert: “Definitely. Investment is going to shift from the chip side to the energy side. Earlier, a lot of investment was going into companies supplying chips. Now, investment is going to shift to power companies that can supply power to data centers. This is going to change the dynamics in the coming future, probably within the next 5 years.”
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The future of digital infrastructure depends not only on faster chips or smarter software but also on the way we effectively plan and manage power. The time-to-power gap underscores that the digital realm remains closely tied to physical factors, from land and energy to people and policies. The way we manage this relationship will quietly shape who leads and who lags in the digital economy over the next two decades.
About the Author(s)
Deepak Jain is a Business Leader for Industrials, Mobility, and TMT at Stellarix, with more than a decade of deep industry expertise. Diwakar Srivastava is an Assistant Manager at Stellarix, specializing in Industrials and Mobility.