Red States Have Reliable Power Because They Embrace an All-of-the-Above Strategy

By Greg Brophy

Sometimes the debate over U.S. energy policy feels more like a shouting match, instead of a factual discussion about how to meet the nation’s rapidly growing needs.

In one corner, there’s the push for 100% renewables. In the other corner, it’s almost all about oil and gas.

But outside the competing echo chambers on the left and the right, a quiet success story is unfolding in America’s rural – and yes, more politically conservative – communities.

It turns out that keeping the lights on isn’t about picking a side. It’s about picking all the energy sources that can deliver affordable and reliable electricity based on local conditions.

That was the major finding of a new report issued by The Western Way, a non-profit that seeks pro-market solutions to energy and environmental challenges, on power grid reliability in rural America.

The report reviewed 10 rural and conservative-leaning states – Arizona, Idaho, Iowa, Missouri, Nevada, North Dakota, South Dakota, Utah, Wisconsin and Wyoming. It concluded the power grids in those states are 2 to 7 times more reliable than the national average, according to data on electrical outages from the U.S. Energy Information Administration.

What is their secret? It isn’t a singular reliance on coal or natural gas, nor is it a blind rush toward renewables and battery storage. The data reveals that there is no “one-size-fits-all” solution. Instead, these states are harnessing a range of energy sources to keep their power grids reliable.

Consider just two of the states analyzed in The Western Way report – South Dakota and Arizona – which have some of the most reliable power grids in the country.

In South Dakota, the number one source of electricity is wind (58%), followed by hydropower (22%) and natural gas (11%), with coal and other sources making up the remainder. When working together, these sources make South Dakota’s grid the 2nd most reliable in the country.

But in Arizona, the top source of electricity is natural gas (45%), followed by nuclear (27%) and solar (13%), with coal and hydropower making up most of the balance. Arizona also has more than 2 gigawatts of battery storage capacity, which allows solar power generated during the day to be used after the sun goes down.

Despite looking nothing like South Dakota, the Arizona power grid is also highly reliable, ranked 3rd in the country – and the reliability difference between the two states is less than 0.001%.

Two very different models for keeping the lights on. Both highly effective.

But that’s not all. The Western Way report also finds that the Trump administration’s policy on energy is a lot more nuanced than the mainstream media would have you believe.

Back in July, the U.S. Department of Energy published a study outlining what it will take to keep America’s power grid stable by the end of the decade if the nation’s rising appetite for energy – led by data centers and the reshoring of manufacturing – continues.

The study called for the continued operation of coal and natural gas-fired power plants that have previously been slated for retirement. While most media coverage of the DOE study focused on that recommendation, there was much, much more to the story.

Keeping older plants running longer would close less than a third of the looming reliability gap. The rest of the gap would have to be closed with a range of different energy sources, including 187 gigawatts of solar, wind and battery storage, according to the DOE.

For scale, those projections would increase U.S. renewable electricity capacity by around 40% and the nation’s battery storage by more than 80%, according to September data from the EIA.

The lesson from states like South Dakota and Arizona is that energy decisions cannot be made based on broad-brush national arguments.

Yes, the Trump administration and Republicans in Congress opposed federal tax subsidies for wind and solar and started to phase them out. But tax policy is a completely separate conversation from the engineering reality of keeping a regional grid running during a blizzard or a heatwave.

As we face a future of higher demand, no energy source should be sidelined because of rhetoric that doesn’t reflect conditions on the ground. A stable power grid requires a mix of energy sources working together as efficiently as possible – in other words, “all of the above.”

If we truly care about keeping the lights on, let’s stop fighting over the “right” kind of energy and embrace the idea of building a grid that uses it all.

Greg Brophy is a former Republican state senator from Colorado and a fourth-generation corn and melon farmer. He serves as the Rural Energy Network Director of The Western Way.

This article was originally published by RealClearEnergy and made available via RealClearWire.

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Nick Stokes
January 24, 2026 10:07 am

“In South Dakota, the number one source of electricity is wind (58%), followed by hydropower (22%) and natural gas (11%), with coal and other sources making up the remainder. When working together, these sources make South Dakota’s grid the 2nd most reliable in the country”

Well, yes. If you do the arithmetic, the remainder is 9%.

Reply to  Nick Stokes
January 24, 2026 11:06 am

The amount of installed wind power per person in South Dakota is about 4 kW.
If we reproduce that system in Britain, we would have to install at least 250 GW of wind power.
That’s not happening.

Denis
Reply to  stevencarr
January 24, 2026 11:58 am

South Dakota’s population is less than one million. You have about 67 million to electrify. South Dakota’s low population is another feature of the States grid ignored by the article.

RichardLH
January 24, 2026 10:20 am

real clear energy bias

RealClearEnergy, as part of the RealClearPolitics (RCP) network, generally reflects a right-leaning or conservative bias in its curation of energy news, analysis, and commentary. It frequently features articles critical of mainstream environmental policies and promotes perspectives favoring traditional energy industries, though it presents a variety of industry-related content. 
Key Aspects of RealClearEnergy’s Perspective:

  • Conservative Inclination: Similar to its parent site, RCP, RealClearEnergy is often described as having a right-leaning bias in its editorial content.
  • Energy Policy Focus: The site often features opinion pieces and analyses that question the efficacy or economic impact of green energy mandates and, conversely, highlight the benefits of fossil fuels or a more balanced energy transition.
  • Source Curation: It aggregates content from a wide range of sources, including industry think tanks, advocacy groups, and mainstream media, but often highlights voices that are skeptical of rapid decarbonization.
  • Media Context: Critics often characterize the broader RealClear media family as a platform that, while presenting a range of views, leans heavily towards conservative viewpoints on policy issues. 
Tom Halla
Reply to  RichardLH
January 24, 2026 10:35 am

The “Real Clear” operation acts as an aggregator, sometimes. Not all of what they publish reflects their editorial position, with Real Clear Politics running reprints from MSNOW to National Review.

Denis
Reply to  Tom Halla
January 24, 2026 12:00 pm

And most of the time, an article favorable towards policy A is immediately followed by an article unfavorable to it. They are quiet good about that. Richard’s comment is simply not true.

January 24, 2026 10:22 am

Well it would be helpful if the true cost per kWh was available for the two states as well. Honestly I don’t care that much about reliability if in return I can’t afford it. So much for numbers and comparisons.

Denis
Reply to  varg
January 24, 2026 12:08 pm

Good point. I understand that Bentley and Rolls Royce cars are very reliable.

Tom Halla
January 24, 2026 10:31 am

Wind and solar are inherently unreliable, and mostly exist as subsidy mines. If one ignores
their contribution as far as reliability, they distort the economics of the grid, as they do not pay for their required backup. Which discourages building conventional sources, which is counterproductive.
”All of the Above” is a cover for subsidy miners.

Reply to  Tom Halla
January 24, 2026 11:00 am

The article says ‘But tax policy is a completely separate conversation from the engineering reality of keeping a regional grid running during a blizzard or a heatwave.’

SO shut up about subsidies……
Or are you one of these 99.99% of people who think that tax policy affects how the grid is run?

Denis
Reply to  stevencarr
January 24, 2026 12:03 pm

Huh? He is talking about subsidies, not taxes, Subsidies go the other way.

Bruce Cobb
January 24, 2026 10:53 am

Bugs Bunny said it best: “What a maroon. What an ignoraminus”.

January 24, 2026 10:54 am

‘Arizona also has more than 2 gigawatts of battery storage capacity, …..’
Yes, and I fill up my car with 60 miles per hour of fuel.

As far as I can tell, Arizona’s battery storage capacity is about 12 GWh, or about 30 minutes of supply at peak period, as peak demand is about 24 GW.

Sweet Old Bob
January 24, 2026 10:56 am

And their populations ?

SD 925K

Ariz 7,582 K….

higher population needs gas ….

John Hultquist
January 24, 2026 11:25 am

A lot is unsaid in this post. {and the rest of this comment}
The residential electricity rate in South Dakota is approximately 13.40 cents per kilowatt-hour as of January 2026.” {so says the internet}
Meanwhile, in Douglas County, WA the rate is 2.35¢/kWh.
Did I mention the Great State of Washington, once famous for its green forests, is now as blue as blue can be. In Kittitas County, close to Douglas, I pay 10.89¢ plus a monthly facility charge of $28.37.

January 24, 2026 11:38 am

This article avoids the obvious problem of optimizing system configuration with criteria for analysis agreed on in advance.

So no, “all of the above” pushed incrementally does NOT arrive at the best system for either cost, capacity, or reliability. Any intermittent weather-dependent source that is allowed to inject kWh into the system, without also providing its own backup, is parasitic to the rest of the system. A true discounted cash flow option analysis would show the best configuration which meets a firm reliability standard.

DITCH this “all-of-the-above” messaging!

Sorry if this sounds too harsh. It cannot be otherwise and make any sense at all.

Thank you for your attention to this matter.

Denis
January 24, 2026 11:55 am

“The data reveals that there is no “one-size-fits-all” solution. Instead, these states are harnessing a range of energy sources to keep their power grids reliable.”

South Dakota gets 58% or so of their power from windmills because the state experiences steady strong winds and wind is very heavily subsidized by you and me, regardless of where we live. Number 2 on the list is hydro and 3 is said to be gas. That is false, Number 3 is coal, from Wyoming. Most other states get less from wind because their winds are not steady nor strong. Is wind power economic in South Dakota, or would they enjoy steady less expensive power from coal or gas? Probably. Absent the subsidies, wind would be more expensive than coal or gas because the windmills are expensive, require lots of maintenance and have short lifetimes. Very generous subsidies that we all pay for are the only reason windmills exist at all. All of the “data” must be considered including subsidies, cost of construction, maintenance, replacement, disposal, staffing and the skill level of staffing and on and on. This article doesn’t do it. It focuses only on reliability. Reliability is one of the two essential features of electrical grids. The other is low cost. This article ignores half of the issue. Bunk!

Kevin Kilty
January 24, 2026 12:10 pm

I have nothing but complaints regarding this analysis. The “all of the above strategy” combined with open ended tax subsidies is a recipe for tremendous overbuilding of a power system. The end result of that is a capacity factor that declines with each new renewable addition to the grid. As the capacity factor declines invested capital provides less utility to the customer per unit investment, but added expense to the utilities — who really don’t care as long as they can pass costs on to their ratepayers. It becomes a vicious circle.

Take the so-called coal dominated states and regress average price per kWhr against capacity factor and you shall see what a poor capacity factor does. California, a natural gas dominated state, has the poorest system capacity factor in the nation and very high prices.