New data from Bloom Energy’s Mid-Year Pulse Report reveals a significant shift in how digital infrastructure developers plan to manage their carbon footprints. According to the survey, 31% of onsite-powered data center facilities are expected to incorporate carbon capture, utilization, and storage (CCUS) technologies by 2030, with that figure projected to climb to 41% by 2035.
The integration of carbon capture underscores a broader industry crisis: power availability has become the defining constraint on data center growth.
Driven by the rapid scaling of artificial intelligence infrastructure, US data center electricity demand is projected to more than double by 2030. In response to severe grid capacity limitations, developers are increasingly taking power generation into their own hands rather than delaying projects.
Onsite Power Demands Scalable Abatement Solutions
The report, which surveyed 156 key industry decision-makers, including hyperscalers, colocation providers, and chip developers, found that 61% of developers would deploy onsite power generation when grid access becomes a bottleneck, rather than relocate their facilities.
Consequently, about one-third of all US data centers are expected to operate entirely on independent, onsite power by 2030.
While going off-grid solves the immediate issue of power availability and speed-to-market, it introduces massive compliance and emissions challenges for companies bound by strict net-zero targets.
Relevant: Enchant Energy And Creekstone Explore Carbon Utilization AI Data Centers
This dynamic is transforming CCUS from a niche environmental consideration into a core architectural requirement for next-generation data centers.
Ultimately, competitive advantage in the AI era is no longer just about computational capacity; it hinges on how quickly operators can navigate permitting, earn community support, and manage local emissions.
By pairing independent onsite generation with scalable carbon capture solutions, data center developers are establishing a dual strategy to keep pace with digital demand without compromising their long-term climate commitments.
Read more: AI’s Climate Impact: Can Carbon Capture Solve Data Center Emissions?
