Last Update: 04/05/2026 at 2:50 PM EST
Data Centers Gain Clean Power
Coverage from Fortune, Inside Climate News, and others
Articles
6
Latest Article
03/28
Active Days
38
Executive Summary
Data centers are pairing on-site solar and batteries with flexible controls to cut grid strain, boost reliability, and support cleaner power
- Calibrant Energy will build, own and operate a 23 MWh battery at Iron Mountain's New Jersey data center
- The battery will pair with a 7.2 MW rooftop solar array for 24/7 carbon free energy
- Real-time controls will shift stored power during peak demand to ease strain on regional infrastructure
- Iron Mountain says storage improves reliability, efficiency and support for the local energy ecosystem
- EPRI projects data centers could use up to 9 percent of U.S. electricity by 2030
- Clean energy parks are proposed to serve data centers and industry with co-located solar, wind, storage and flexible demand
- Policy changes are being urged to treat clean energy parks as single resources and simplify interconnection
Quick Facts
- What: On-site batteries and clean energy parks for data power
- Where: New Jersey, Michigan, Colorado and across the United States
- Why: To cut grid strain, improve reliability and reduce fossil use
- Who: Calibrant Energy, Iron Mountain and data center operators
- When: Announced in March 2025 with demand rising now
Coverage Timeline: 38 Days
Featured Article
In the USA, clean energy parks are proposed as a scalable approach to power data centers and enable industrial electrification despite grid capacity constraints.
Additional Articles
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A Senate bill to shield U.S. consumers from data center electricity costs is criticized for missing grid bottlenecks and underbuilt infrastructure as electrification demand rises.
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Google and DTE Energy plan a Michigan data center using renewables, storage, and demand response, contrasting with a SoftBank-backed gas-linked Ohio project.
Calibrant Energy and Iron Mountain unveil a 23 MWh battery and 7.2 MW rooftop solar project in New Jersey to enable 24/7 carbon free data center energy.
The U.S. faces rising electricity costs from AI and data centers as grid reliability and transmission expansion lag, while federal policy cuts wind and solar incentives.
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Energy parks pairing solar or wind with batteries are proposed as a faster, lower-cost clean electricity option for U.S. industrial loads, including Colorado's Comanche 3 transition.