John Ketchum

“If we achieve the midpoint of our development expectations, this pace of development is expected to more than double our combined renewable generation portfolio, growing from 38 gigawatts today to potentially 81 gigawatts by the end of 2027 — 'today, there are forecasts for an approximate 6x increase in power demand growth in the next 20 years versus the prior 20.'”

Tracking: NextEra reported a development backlog of roughly 30 GW as of its Q4 2025 call; the 81 GW portfolio target resolves at the end of 2027.

“NextEra is restarting the shuttered 615 MW Duane Arnold nuclear plant in Iowa as a dedicated power source for a data center, funded by Google under a 25-year power purchase agreement, with expectations that the plant will be operational by early 2029.”

The 25-year Google PPA was announced October 27, 2025; FERC has approved reconnection and NextEra's own filings put the earliest restart at Q4 2028.

“We expect more than 450 gigawatts of cumulative demand for new generation between now and 2030 in the United States... Frankly, it's unlike anything we've ever seen since the end of World War II.”

Ketchum repeated the same 450 GW figure on the Q2 2025 call; resolvable against cumulative US new-generation demand/additions through 2030.

“New natural gas generation will likely total just 75 GW by 2030 due to growing challenges in that sector — the cost to build a new gas plant has already tripled in the last few years and the time to build one has grown from four and a half years to six or more — while postponing the retirement of every coal plant in America would only add 40 GW to the grid.”

Resolvable against cumulative US gas-fired capacity additions through 2030.

“Renewable energy demand will triple over the next seven years — compared with what was built over the prior seven — as data center growth accelerates to facilitate the economy's shift to artificial intelligence.”

Resolves against US renewables-and-storage additions in 2024-2031 versus 2017-2024 (NextEra cited a need for roughly 375-450 GW of new renewables and storage over the period).

“The data center hubs will help NextEra meet its target of building four to eight gigawatts of new gas-fired generation by 2032 — and considerably more by 2035 — out of a gas development pipeline that has 'now eclipsed 20 gigawatts.'”

NextEra has secured about 4 GW of GE Vernova turbine slots toward the target; resolves at end-2032.

“NextEra will build 15 gigawatts of new power generation for data center hubs by 2035 — a 'fairly conservative' target: 'Quite frankly, based on what we're seeing today, we'll be disappointed if we don't do more' — with potential upside to 30 gigawatts.”

Announced alongside partnerships with Google (three gigawatt-scale campuses) and Meta; resolves in 2035.

“Small modular nuclear reactors are 'still 10 years away at scale in the best scenarios,' and the opportunities to restart existing nuclear reactors are limited — while 'renewables and battery storage are the lowest cost form of power generation and capacity. And we can build these projects and get new electrons on the grid in 12 to 18 months.'”

Resolvable in 2035 on whether SMRs are deployed at scale; NextEra itself has since identified 6 GW of SMR co-location opportunities but says it will only proceed with de-risked projects.

“We're expecting a six-fold increase in power demand over the next 20 years compared to what we saw over the prior 20 — roughly a 55% increase in US power demand, driven by data centers, onshored manufacturing and electrification.”

Twenty-year horizon (to ~2045); resolvable against EIA US electricity demand data. Note: personType is set to "CEO" only because the schema has no utility/energy-executive category.