Power is now deal risk

A data-center deal can now die because of a substation map, a gas-engine delivery slot, or a county water hearing. On April 9, Rehlko said it locked in about 1.25 gigawatts of gas-engine capacity from INNIO over three years, and the company said the agreement was aimed at “accelerating” demand from data centers and flexible generation projects. (innio.com) That is the shift: backup power used to be a line item near the back of the binder, and now firms are reserving generation equipment years ahead like airlines booking gates at a crowded airport. Rehlko said the new framework expands an existing firm reservation of 700 megawatts, which shows buyers are not treating on-site power as optional insurance anymore. (rehlko.com) (innio.com) The reason is simple: artificial-intelligence data centers are arriving as giant new loads on grids that were not planned around them. The Electric Reliability Council of Texas said on April 1 that it is tracking about 410 gigawatts of large loads seeking interconnection, and about 87% of that queue is data centers. (ercot.com) Texas regulators are already rewriting the rules around that surge. On March 12, the Public Utility Commission of Texas voted to publish a draft rule implementing Senate Bill 6 standards for new electric loads of 75 megawatts or more, which would force big projects to clear more disclosure and financial hurdles before they connect. (gtlaw.com) So the real question in a site search is no longer just “Is there land?” but “What is the power path?” A parcel with cheap acreage but no near-term transmission capacity can be less useful than a pricier site with a substation, a utility agreement, and a realistic timeline for backup generation. (ercot.com) (gtlaw.com) Lufkin, Texas, shows the second half of the problem, because a data center is also a local permitting story. Local reporting on a proposed project near the former Southland Paper Mill site said officials and residents were debating water use, oversight, infrastructure strain, and how much public disclosure the community should get before a project of that scale moves ahead. (lufkindailynews.com) (the936.com) The numbers in Lufkin explain why neighbors care. Reporting on the same project described a proposed 2.1-gigawatt artificial-intelligence campus and about $1 billion of investment, which is big enough that questions about water, roads, noise, and emergency services stop being abstract almost immediately. (the936.com) (ketk.com) Water is becoming its own diligence item in Texas because the state is starting to ask harder questions. KXAN reported in February that Texas utility regulators will ask data centers and crypto-mining operations to report how much water they use, which means cooling design can now affect not just operating cost but regulatory exposure. (kxan.com) Investors have noticed the same bottleneck from the other end of the pipe. Reuters reported on April 10 that the Standard & Poor’s 500 Utilities Index gained 7.5% in the first quarter, its strongest start since 2019, helped by demand from companies building artificial-intelligence infrastructure. (usnews.com) Behind all of this is a power market that is growing faster than planners expected a few years ago. The International Energy Agency said in its 2026 electricity outlook that global electricity demand is set to rise at an average 3.6% a year through 2030, with data centers listed alongside industry, electric vehicles, and air conditioning as major drivers. (iea.org) That is why “site selected” means less than it used to. If an opportunity record does not show grid connection status, on-site generation plan, fuel arrangement, water exposure, and local permitting risk, it is missing the fields that now decide whether the deal closes at all. (innio.com) (lufkindailynews.com) (gtlaw.com)