Summary
Behind-the-meter gas generation has surged from 48 GW (reported in Episode 1) to at least 56 GW across 46 data center projects, per Cleanview data. New natural gas facility proposals tripled in 2025 vs. 2024. If all planned capacity comes online, 2026 would break the 2002 record for new gas power additions (100 GW).
Updated Numbers
- 46 data centers using behind-the-meter approach, totaling 56 GW combined capacity (Cleanview)
- Up from 48 GW (33% of pipeline) reported in Episode 1
- New gas facility proposals in the US tripled in 2025 compared to 2024
- 30% of all planned data center power capacity expected to be on-site (up from “almost nothing a year earlier”)
- 2026 could set a record for new gas power projects, exceeding the 100 GW record from 2002
Sources:
- AI companies are building huge natural gas plants - TechCrunch
- Data centers are scrambling to power the AI boom with natural gas - Grist
- Betting big on data centers, U.S. now leads world for new gas power - Global Energy Monitor
- Behind-the-meter power: The new backbone of data center growth - DCD
- Solving the US Data Center Power Crunch - BCG
Climate Pushback Growing
Cornell University researchers found the build-out could add 44 million metric tons of CO2 annually by 2030, equivalent to 10 million passenger cars. Google’s Goodnight campus alone: 4.5 million tons CO2. Meta El Paso continues to face community opposition.
Timeline Advantage
Behind-the-meter gas plants deliver power in as little as 3 years from groundbreaking. Grid interconnection: 5+ years. This gap is the primary driver of BTM adoption, not economics alone.
Sources:
- Off-Grid and Behind-the-Meter Gas Power Generation for Data Centers - Woodway Energy
Tech CapEx Context
Combined data center CapEx from just five companies exceeded $320 billion in a single year, more than double the entire US electric utility industry’s ~$160 billion investment in 2024. The tech sector is now outspending the utility industry on energy infrastructure by 2:1.
Our Thinking
The BTM gas trend is accelerating faster than expected. The jump from 48 GW to 56 GW in under a week of new reporting suggests the actual pipeline is even larger. The Microsoft/Chevron deal ($7B for 2,500-5,000 MW) is the latest proof point.
The climate pushback is real but unlikely to slow the trend in the near term. The economics and timeline advantages are too strong. Regulatory friction at the local level (Meta El Paso community opposition, Google Goodnight emissions criticism) is the more meaningful brake.
The case for behind-the-meter becoming the default hyperscaler configuration by 2028 is strengthening. At this rate, it may happen sooner.
Watch
- Cornell emissions study: how policymakers respond
- Whether states begin requiring emissions permits for BTM gas plants
- Williams and Bloom Q1 2026 results (both are key BTM suppliers)
- Google Goodnight gas offtake contract status
- 2026 year-end tally vs. 2002 record