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Nuclear Energy:
Where We Stand

We Support Nuclear. We Question the Price Tag.

Palo Verde Generating Station is the largest nuclear power plant in the country, and it's right here in Arizona. It provides reliable, carbon-free baseload power to SRP customers. We support keeping Palo Verde running strong.

But when politicians and industry groups say "nuclear" in 2026, they're not talking about Palo Verde. They're talking about new builds. And new nuclear has a cost problem that ratepayers can't afford to ignore.

What Exists Today: Palo Verde Works

Largest nuclear plant in the U.S., operating since 1986

Provides roughly 17% of SRP's power portfolio

Carbon-free baseload that runs day and night, rain or shine

Already paid for, producing power at competitive rates

Our position: Protect it. Maintain it. Keep it running.

What's Being Proposed: New Nuclear Is Unproven and Expensive

Large Reactors

The only new conventional nuclear plant built in the U.S. in decades is Vogtle in Georgia. Original estimate: ~$14 billion. Final cost: ~$35 billion. Seven years behind schedule. Georgia ratepayers are paying for that overrun in their bills right now.

Small Modular Reactors (SMRs)

Factory-built, 50-300 MW reactors designed to be cheaper and faster to deploy. In theory. In practice:

  • NuScale, the most advanced U.S. SMR project, collapsed in 2023 after costs ballooned 75%
  • No commercial SMR is operating in the United States
  • Cost projections keep rising before a single watt is generated

Microreactors (1-20 MW)

Smaller units designed for remote sites, military bases, or individual industrial facilities like data centers. Interesting concept. Could theoretically power a data center directly without burdening the grid. But:

  • Still in development and demonstration phase
  • DOE's Project Pele is the furthest along, focused on military use
  • No commercial deployments yet
  • Cost per megawatt is still unknown at scale

Thorium and Molten Salt Reactors

Thorium is more abundant than uranium, produces less long-lived waste, and is harder to weaponize. Molten salt designs operate at atmospheric pressure, making meltdowns physically impossible. China and India are investing heavily. Kairos Power is building a demo in Tennessee.

  • Promising science
  • Still largely experimental
  • Years from commercial deployment

Fusion

The ultimate clean energy source. Companies like Commonwealth Fusion Systems, Helion, and TAE Technologies are making real progress. But commercial fusion is realistically late 2030s at the earliest.

The Real Question for SRP Ratepayers

SRP needs to roughly double its generation capacity to meet projected demand, much of it driven by data centers. The question is simple:

Who pays, and what do they pay for?

Option Cost per MWh Timeline Risk to Ratepayers
Utility-scale solar $25-30 Deployable now Low - proven, fixed cost
Battery storage $35-50 (4hr) Deployable now Low - costs still falling
Solar + storage $45-65 Deployable now Low - proven combination
Existing nuclear (Palo Verde) ~$30 Already running None - already built
New large reactor $100-150+ 10-15 years Extreme - see Vogtle
SMR (if proven) $80-120 (est.) 5-10 years High - no commercial track record
Microreactor Unknown 5+ years Unknown

Solar and battery storage can be deployed today, at prices we already know, on timelines that match the demand growth SRP is facing. New nuclear cannot.

Our Position

1

Protect Palo Verde.

It's a proven asset producing reliable, affordable, carbon-free power. Keep it running at full capacity.

2

Deploy what works now.

Solar and battery storage are proven, affordable, and can be built on the timeline SRP actually needs. Every dollar spent today on deployable technology is a dollar already reducing bills and emissions.

3

Don't bet ratepayer money on unproven technology.

If a next-gen nuclear technology proves itself commercially, with real costs, real timelines, and real performance data, we should absolutely evaluate it. But SRP customers shouldn't be the test case. Let someone else go first.

4

If data centers want nuclear, let data centers pay for it.

Microsoft, Google, and Amazon are all exploring nuclear to power their facilities. Great. If a microreactor can power a data center without burdening the grid, that's a win for everyone. But the cost should be on their balance sheet, not your power bill.

5

Stay informed, not ideological.

We're not anti-nuclear. We're anti-ratepayer-risk. The technology landscape is evolving fast. What doesn't make economic sense today might be the right answer in five years. An SRP board should be evaluating options honestly, not locked into dogma from either side.

The Bottom Line

We're pro-nuclear where it's proven. We're pro-solar and storage where it's deployable. And we're pro-ratepayer, always.

The question isn't "nuclear or renewables." The question is: who bears the cost and the risk?

Our answer: not you.

Join the Fight for Energy Freedom

Paid for and authorized by John Travise Campaign Committee and Sara Travise Campaign Committee. info@energyfreedom.team