What it is
Bloom Energy’s 2026 Data Center Power Report projects total DC power load will nearly double from 82 GW (2025) to 153 GW (2028), driven by AI workloads. Grid supply delays measured in years are pushing hyperscalers to deploy onsite power solutions and concentrate growth in TX/Southeast regions where power, land, and gas availability enable faster timelines.
Why it matters
Owner-operators face a binary constraint: grid interconnect timelines (years) versus competitive AI deployment windows (months). This forces architectural decisions toward onsite generation, off-grid operation, and geographic shifts to power-rich regions. The report signals a market restructuring where time-to-power eclipses traditional site selection criteria, impacting distribution design, resilience strategies, and regional capacity planning.
Evidence from source:
- Total DC power load projected to nearly double from 82 GW (2025) to 153 GW (2028), twice the growth rate predicted one year prior
- Grid supply can take years; ’time to power’ is now primary limiting factor for DC growth, driving shift to onsite power and off-grid operation by 2028
- Growth concentrating in TX/Southeast where land, power, and gas availability enable faster timelines; traditional markets losing share
Links
- Canonical source: https://www.bloomenergy.com/blog/onsite-power-new-geographies-will-dominate-data-center-market-by-2028/
- Player: /players/other/
- Topic: /topics/ai-infrastructure/
- Topic: /topics/ups-resilience/
Open questions
- What onsite power architectures (fuel cells, gas, hybrid) are being deployed at scale, and how do they integrate with existing UPS/distribution infrastructure?
- How are new DC architectures and high-voltage distribution within facilities changing safety, commissioning, and monitoring requirements?