Intersect Power Files to Develop Data Center in Texas

Why It Matters

Alphabet’s acquisition ties a major renewable‑energy player to its cloud expansion, accelerating green data‑center growth in Texas’s fast‑growing market. The project showcases how integrated solar‑storage assets can lower operating costs and carbon footprints for hyperscale operators.

Key Takeaways

• $400M, 761k‑sq‑ft data center slated for 2026‑27.
• Intersect Power acquisition by Alphabet accelerates cloud infrastructure growth.
• Project adds 840 MW behind‑the‑meter capacity in Texas.
• Renewable portfolio includes 2.2 GW solar, 2.4 GWh storage.
• Shift from green hydrogen to data center focus.

Pulse Analysis

Texas continues to cement its reputation as a hub for energy‑intensive computing, thanks to abundant renewable resources and business‑friendly policies. Intersect Power’s latest filing leverages its existing solar‑plus‑storage portfolio to power a new data‑center campus, aligning with Alphabet’s broader strategy to decarbonize its cloud services. By situating the facility near existing Pampa assets, Intersect can tap into established transmission corridors and land parcels, reducing grid interconnection costs and accelerating project timelines.

Project Pumpkin 2A represents a $400 million investment that will deliver 761,000 sq ft of colocation space and roughly 840 MW of behind‑the‑meter generation. The scale of the build, combined with Intersect’s 2.2 GW of operational solar and 2.4 GWh of battery storage, positions the site to offer customers reliable, low‑carbon power without relying on the broader grid. The pivot from an earlier green‑hydrogen concept reflects market realities: data‑center operators prioritize immediate, scalable power solutions over nascent hydrogen infrastructure, especially in regions where solar and storage are already mature.

For Alphabet, the acquisition of Intersect Power provides a vertically integrated supply chain for its cloud infrastructure, potentially lowering energy costs and enhancing sustainability credentials. As hyperscalers compete for market share, the ability to promise carbon‑neutral or carbon‑negative data‑center capacity becomes a differentiator. Texas’s combination of cheap land, ample sunshine, and supportive regulatory environment makes it an ideal proving ground for such integrated renewable‑backed data centers, likely spurring further investment from other tech giants seeking similar advantages.