NextEra Energy reported a backlog of 35.1 GW in renewable energy and storage projects as of the second quarter of 2026, a total driven in large part by hyperscale computing clients that need electricity at a scale that did not exist a few years ago. The backlog underscores the scale of electricity demand created by the growth of artificial intelligence. In industry terms, a backlog counts projects that are contracted or in active development but not yet operating, which makes the figure a forward-looking measure of construction still to come. For readers following the AI buildout, it is a bridge between data center demand and the physical work of siting, permitting, and building generation that has yet to happen.

To put the figure in perspective, 35 GW is roughly enough to power 26 million homes. NextEra is no longer building wind farms simply to feed the grid; it is constructing the energy infrastructure required to keep the AI boom from colliding with a very literal constraint: the power outlet.

Data center hubs become the main event

NextEra Energy Resources, the company's competitive energy arm, has launched what it calls a “data center hub” initiative. The base-case target calls for at least 15 GW of new generation capacity dedicated to these hubs by 2035, while the upside case more than doubles that figure to more than 30 GW.

Management said it is currently in discussions on approximately 30 potential hub locations and plans to expand that pipeline to 40 by the end of 2026, a checkpoint that will indicate how quickly discussions turn into defined sites. About 30% of recent backlog additions came directly from hyperscale clients, a cohort that includes partnerships with Google and Meta.

Chief Executive John Ketchum highlighted a shift in what these clients are asking for: requests have moved from traditional project sizes to multi-gigawatt capacities, and they want them delivered faster.

The company's Q2 2026 backlog addition of 3.6 GW from renewables and storage projects marked its second-largest quarterly addition on record.

The generation mix: solar, storage, gas, and possibly nuclear

NextEra's development pipeline is not limited to a single technology. The company's projections through 2032 include up to 41.5 GW of solar, 43 GW of battery storage, and 4 to 8 GW of new natural gas generation. The battery storage figure is particularly notable, reflecting the reality that intermittent renewables need backup to serve data centers that operate around the clock.

The company has also signaled openness to nuclear energy, citing potential opportunities in recontracting and expansion. Nuclear's continuous output profile has long made it a reference point for serving always-on loads, so any movement on recontracting would be a development worth tracking.

On the regulated side of the business, Florida Power & Light reported significant interest in large-load power needs, with more than 20 GW in projects currently under consideration — a second, regulated-utility read on the same demand trend, where the marker to watch is whether interest converts into signed agreements.