Chevron, GE Vernova team up on natural gas power for AI data centers

Data centers have become a major driver of energy demand, but their explosive growth has created a bottleneck: traditional grid connections face years-long interconnection delays. This gap has created urgent demand for behind-the-meter power solutions — on-site generation that bypasses the public grid entirely. GE Vernova's gas turbines are seeing multi-year backlogs as a result. Chevron's partnership with GE Vernova exploits a specific advantage: the Permian Basin produces massive quantities of associated gas (natural gas that comes out as a by-product when extracting oil), and this oversupply has driven local prices to ultra-low levels, sometimes even negative. By channeling this cheap, abundant gas directly into GE Vernova's turbines, Chevron can offer data centers a cost-effective, reliable power source without competing for grid capacity.

The environmental trade-off is significant: burning natural gas for power still releases millions of tons of CO2 annually, which conflicts with many technology companies' stated net-zero emission goals. To address this, Chevron and GE Vernova plan to integrate carbon capture and storage (CCS) technology capable of capturing up to 90% of emissions — though the article does not specify the timeline or certainty of that integration. The partnership will serve a fragmented base of co-located data centers across three U.S. regions starting in late 2027 or early 2028, making Chevron one of the few traditional energy companies directly positioned to profit from AI infrastructure's power hunger.