Natural Gas Is Cheap – Why Is Your Bill So High?

By Oliver Lee Bateman

WASHINGTON, Pennsylvania—Janet Stechly, a retired schoolteacher, and her husband, a retired coal miner, pore over every monthly expense. One of the most confounding is the monthly natural gas bill for their small townhouse in southwestern Pennsylvania.

Their March bill from Columbia Gas of Pennsylvania totaled $95.17, but only $13.99 of that was for the gas itself. The other $81.18 covered delivery ($40.68) and a series of hard-to-decipher items including a “customer charge” ($20.15), “pass-through charges” ($13.37), and a “weather normalization adjustment” ($6.60) that was included because warm weather meant the Stechlys had used less gas than expected. 

The retirees in this small town in western Pennsylvania will likely face even higher gas delivery charges in years to come as more power-hungry data centers are built in the region to accommodate the burgeoning era of AI. While public protests over higher electricity bills, water use, and noise caused by the buildout of data centers have erupted in several states, consumers are less aware of the effect on their natural gas bills. 

Gas bills are expected to jump in Pennsylvania and other states because ratepayers cover the costs when utilities build new power plants and install pipes and other equipment, according to Arif Gasilov, who leads the energy regulatory practice at Gasilov Group. And this buildout is now gaining steam to produce the power that data centers will need. “The price increases related to some of that buildout will show up as delivery and demand charges on your gas bill and capacity charges on your electric bill,” he said. 

This year, the municipalities around the Stechlys’ town of Washington have been writing data center rules to mitigate their environmental impact. An hour’s drive to the east, the largest planned gas plant in the country will go up in Indiana County to help serve data centers, and developers are eyeing sites in the counties next door – developments that the Stechlys and other residents of this rural region increasingly oppose. 

“We’ve got enough going on out here,” Janet Stechly, 77, said. “And I know who ends up paying for it: me, on a fixed income.”

Gas Is the Cheap Part

As this family’s experience illustrates, increasing gas bills have nothing to do with the price of gas itself. Nationwide, the American Gas Association reports, actual fuel itself accounts for only 31% of the average bill. It is even lower for the Stechlys, who live in the most-drilled county in Pennsylvania. Washington County has 2,148 unconventional gas wells, more than any other county in the state. All told, they produced 1.15 trillion cubic feet of gas last year. 

The price of the abundant commodity in this region is relatively low, and economists say it will remain so for some time. The expensive part is the plants, pipes, and wires that utilities install to serve new demand, and the companies recover those costs from every customer on the system with a guaranteed return, over decades, set by the state Public Utilities Commission (PUC). And those charges to consumers arrive whether or not the infrastructure is actually used to meet anticipated demand.

Like other utilities, Columbia Gas of Pennsylvania, which serves 445,000 customers in 26 counties, makes nothing on the gas itself; it buys the fuel and passes on the costs to ratepayers. 

“Natural gas itself is completely unregulated. That’s the cheap part of it,” said Dale Nesbitt, president of ArrowHead Economics and a Stanford-trained economist who has modeled energy markets since 1974. “The pipe is regulated. That’s where you’re getting screwed. That’s where the fees are fixed.”

Columbia Gas’s delivery rates were climbing before any data center broke ground in Pennsylvania, as the state utilities commission approved a $55.6 million increase that took effect Jan. 1. 

Analysts, however, expect data centers to drive rate increases in coming years. Western Pennsylvania has seen this pattern before. During the first shale buildout two decades ago, gas got cheaper – because there was more of it – and then delivery charges went up anyway. 

The commodity’s share of an average Columbia Gas bill fell from 54% to 21% between 2006 and 2021, according to data compiled by the Pittsburgh Post-Gazette. Over those same 15 years, Columbia Gas roughly doubled its base rate charges, in part to fund infrastructure programs that included $2.5 billion in distribution spending since 2007.

“Gas could drop to zero and the bill would still go up, because of how utilities work,” Gasilov said. “They recover all their costs from all their consumers. That’s the whole model.”

Data Center Pressures

More plants are coming, so those costs can be expected to continue rising.Patrick Henderson, vice president of government affairs at the Marcellus Shale Coalition, said about 15 new and converted gas plants were built in Pennsylvania from 2012 to 2019 before development stalled. Then this year, the announcement that a coal plant in Homer City would be converted into the largest gas plant in the country by 2029 marked the beginning of a new wave of construction to support data centers.  

Shawn Steffee, business agent for Boilermakers Local 154, said other natural gas plants may be developed to support data centers closer to the Stechlys’ home in Washington. “We see the potential of the Project Hummingbird, which is electric generation in Greene County,” he said. He also named the shuttered Bruce Mansfield plant in Beaver County as a candidate for revival.

These and other expected new power plants will feed electricity to PJM, the regional grid operator for Pennsylvania and a dozen other states. For 2028-29, data centers are expected to draw about 38% of the grid’s juice, said Joseph Bowring, president of Monitoring Analytics, the grid’s independent market monitor. The grid operator expects 32 gigawatts of new peak demand by 2030, about 30 of them from data centers. 

“Whether that demand actually materializes or not, people are already paying for it,” Gasilov, the analyst, said. “The bill for the forecast arrives before you can tell whether the forecast is right.”

Barbara Kates-Garnick, a professor of practice in energy policy at Tufts University’s Fletcher School, said there are limits to what consumers will have to pay for the power plant buildout. Infrastructure dedicated to serving data centers generally will not be picked up by common ratepayers. But there are shared investments in the system, such as pipes for increased gas transmission, that will get baked into rate increases, Kates-Garnick said.

Darryl Lawrence, Pennsylvania’s consumer advocate whose office represents ratepayers, agreed that the cost concerns for consumers reside in these shared upgrades. “A dedicated lateral to a plant is what the developer pays for,” he said. “A compressor station the utility says improves reliability for everyone, everyone pays for that.”

What’s unclear is how big the rate increases will be for consumers. That depends on which plants get built, which pipes a utility puts into its rate base, and what the PUC allows it to recover. These decisions will be made case by case over the next several years. 

Local Resistance

The proposals for more data centers in western Pennsylvania have drawn a mixed reaction from residents and local politicians. Politicians such as Washington County Commissioners Chairman Nick Sherman are advocating for the facilities to bring investment, jobs, and tax revenue to the region. 

Sherman called the Zediker Station site in South Strabane “primed for development” when a 1,400-acre tract there was marketed to data center developers last fall. He estimated a project could bring 300 to 400 union construction jobs.

Locals who oppose data centers are resigned to trying to dampen the harmful effects through zoning regulations. But local power stops short of a ban, which only the state can impose. 

“The only people who don’t have issues with data centers are people who don’t live anywhere near them,” said Judy Penasik at a hearing in South Strabane Township, which borders the Stechlys’ hometown. 

In June, after more than six months of hearings, the supervisors approved data center restrictions, including a 1,500-foot setback from homes, a 30-acre minimum lot and noise and dust rules. More than 70 people packed the hearing.

Supervisor Jeff Bull told RealClearInvestigations that the ordinances can protect a neighborhood and nothing more. “What we can control is what gets built next to somebody’s house, and the environmental impact of that,” he said.

While state lawmakers push legislation to temporarily pause the construction of new data centers, none of these local and statewide measures deal with the rising costs that likely will be found on the gas bills of residents like the Stechlys.

“The energy issues are decided at the PUC in complex hearings involving many experts and consultants under a long-standing legal framework that is difficult for the individual to understand and to fight,” Tufts’ Kates-Garnick said. 

Gasilov, the analyst, says local residents have very little say in these important decisions over rates at PUC meetings. “Almost nobody shows up to those,” he said.

Tech Titans Pledge To Pay

Whether all these announced gas plants and data center campuses get built is another issue. 

“In the merchant power business, about five percent of the stuff gets built,” said Nesbitt of Arrowhead Economics, who was part of many of those projects. “Pipeline expansions, generation, all of it. Five percent.”

Even if the percentage in the AI era is much higher, given the remarkably heavy investment in data centers, some projects will likely die, and ratepayers may still foot the bill. “If assets were approved, and the capital expenditure was placed into the rate base, stranded assets would impact residential customers,” wrote Michael Strickland, an energy broker in Dallas. “They would be ‘paying’ for these stranded or unused assets.” 

An obvious solution to rising rates for consumers is for the data center developers to provide their own power. Nesbitt said some developers in Texas are “building strictly off-grid power to avoid regulation,” although how this will interface with existing transmission capacity to ratepayers won’t be clear until the construction is finished. 

In March, Alphabet, Meta, Microsoft, and other data center companies pledged at the White House to protect consumers from price increases tied to their energy needs. But Bowring of Monitoring Analytics said the pledge cannot be kept under grid operators’ current rules. “There’s only one way to do what hyperscalers agree is the right thing to do, and that is to run a separate auction for their own power,” he said. 

Conor Lamb, a former Democratic congressman who represented Washington County, said the pressure to make companies pay their own way “has not really been brought to bear on them all that effectively.” The goal is “to get the onus back on the companies to power their data centers behind the meter so that they’re not raising prices for you,” he said.

At the Stechlys’ home, the couple will grudgingly closely examine their next gas bill as they have the others. But they know what to expect. “Those charges never go down,” Janet said. “I feel like I pay a lot for nothing.”

Asked whether most people she knows understand their gas bill and why it may soon go up again, she replied: “I was a schoolteacher. So, of course I know how much they don’t know. But I do think a lot of us retired folks know it’s going to be worse than we expect.”

Correction: A previous version of this article included a quotation incorrectly attributed to Columbia Gas of Pennsylvania spokesperson Lee Gierczynski. The quotation has been removed.

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

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65 Comments
Sweet Old Bob
September 17, 2026 2:10 pm

Bateman doesn’t like data centers. And …??

mleskovarsocalrrcom
September 17, 2026 2:19 pm

One year our house gas bill went up 5 times the usual rate for one month. No explanation given. We don’t use much gas but 5X needs an explanation. The gas company’s explanation was they had to pay more for gas that month so they passed it on. BS, gas doesn’t spike for one month and I kept escalating for a true explanation and never received it. Even though utilities are regulated in my state there are loopholes for “emergency charges”.

michael fellion
Reply to  mleskovarsocalrrcom
September 17, 2026 3:22 pm

The amount paid for natural gas is a number one can look up. Ask your public utility commission for the gas price per tcft before, during and after the period in question. I bet the actual reason had zero to due with the price of gas but was for some other cost. If not disclosed one can google it without a whole lot of trouble. It took ten seconds to look up the industrial natural gas price per month in California.

mleskovarsocalrrcom
Reply to  michael fellion
September 17, 2026 3:29 pm

“I bet the actual reason had zero to due with the price of gas but was for some other cost.” Bingo. And gas isn’t purchased on the open market by the month and it doesn’t vary by 5X. Not only that, but asking around to friends who live in different cities and neighborhoods but serviced by the same utility didn’t see the price jump.

Nick Stokes
September 17, 2026 2:19 pm

Natural gas price has gone up for the reason I long predicted. It is the development of export facilities. Producers sell to the highest bidder. When they can export, locals pay the world price. We went through this in Australia. Now thre is talk of gas reservation, but it is really too late.

Reply to  Nick Stokes
September 17, 2026 3:01 pm

Nick, I think you missed the parts where it said gas was still cheap and the bill increases were predominantly due to increases in distribution costs.

Thomas Sash
Reply to  Nick Stokes
September 17, 2026 3:12 pm

Nick, you project yourself as one who is willing to dig deeper into topics…yet your comment is as shallow as a dry lakebed. Unless Nick Stokes can examine the exact export capacity potential of the gas producers providing the gas to the specific local market which Bateman is drawing his contrived conclusions from, and Nick Stokes knows the producer costs of getting that produced gas to an export terminal, and Nick Stokes knows the physical logistics of getting that produced gas to an export terminal, and Nick Stokes knows the potential of the possible export terminal to increase export capacity, and Nick Stokes knows the contract obligations of those gas producers to local utilities, and Nick Stokes knows what other factors should be considered regarding the costs on the gas bill used as illustration, (CO2 taxes?), and Nick Stokes has knowledge of whether or not Batemans’ nonsensical rant against data centers has anything to do with Batesman’s political agenda, etc., etc., your comment is simply meaningless jibber-jabber nonsensical noise.

Australia has some of the dumbest energy policies in the world. Yes, idiots in Australia’s gas export industry agreed to decades long gas export contracts with no provisions for price increases, nor inflation. And… along with that poor contract negotiation, you are totally silent on how Australia has put significant barriers, which are solely political barriers, to its own production and consumption of all of its massive, wonderful, wondrous hydrocarbon resources…not just gas, but oil and coal…and the non-hydrocarbon energy of nuclear.

Your statement: “When they can export, locals pay the world price,” is true, but utter nonsense. If any producer, of any product, cannot “export” his excess production, that producer is limited by, and to, his own consumption. Imagine the stupidity of Australia’s massive hydrocarbon resources being limited to what Australians can consume…which consumption is controlled by political agendas. Imagine the idiocy of OPEC deciding NOT to export, with the stupid claim that their citizens are benefited by not having to pay the “world price”, (and totally ignoring that they can, and do, subsidize domestic consumption). Households must consume, by definition. Without “exported production”, there cannot be consumption, whether that export be to the neighbor across the street to a consumer across an ocean to the highest bidder.

You totally dismiss the real world real results that increased production leads to reduced marginal costs and therefore reduced unit costs.

Crispin in Val Quentin
Reply to  Thomas Sash
September 17, 2026 9:52 pm

I have to agree: Australia’s energy policies and especially for gas are amazingly stupid. Stunningly. It is hard to believe it was created internally, rather than by a cohort of external enemies. Every time I learn something new about it, I have to allocate a new level of incredulity.

Phillip Chalmers
Reply to  Nick Stokes
September 17, 2026 4:41 pm

Nick, this is USA centric and many commentators think the USA is the world.
There is a built in disincentive in their market and there have been at least two articles here talking about it – an auction of the right to us fossil fuel; can you believe it? Read about RGGI and weep

DipChip
Reply to  Nick Stokes
September 18, 2026 6:14 am

The price of US NG futures per Million BTU’s when adjusted for inflation is since Feb 28th as low in price as it has ever been.

Sparta Nova 4
Reply to  Nick Stokes
September 18, 2026 7:21 am

Nice you posted your ego boost.

missoulamike
Reply to  Nick Stokes
September 18, 2026 11:16 pm

We don’t live in Oz nimrod. You can check gas prices on CNBC any day and we don’t pay anywhere close to export prices for domestic natgas. Get lost.

Beta Blocker
September 17, 2026 2:43 pm

The true cost of all industrial construction in the United States, including energy infrastructure construction, has more than doubled since 1990.

It’s an industrial base thing. America made a conscious decision to de-industrialize and become a service economy. And now everyone except the rich elites are paying the price for that decision.

michael fellion
Reply to  Beta Blocker
September 17, 2026 3:55 pm

1990 is almost 40 years ago. The cost of construction is a direct result of the inflation generated by the federal government printing money in 1933 when the gold standard was abandoned by FDR so he could print money to spend on buying votes putting people back to work, dumping the cost on the children and inflation in than current prices. Inflation has been 156% since 1990 all caused by federal policy and spending. The other cost to industrial construction is the regulatory and court costs. Spending years on paper and lawyers adds a whole lot of costs, at least 50%.

Phillip Chalmers
Reply to  michael fellion
September 17, 2026 4:43 pm

the New Deal was a bad deal. Ask Thomas Sowell.

Sparta Nova 4
Reply to  Phillip Chalmers
September 18, 2026 7:29 am

It ended when national debt became to great a burden.
It did not kick start the economy as promised.

MarkW
Reply to  Sparta Nova 4
September 20, 2026 10:42 am

It’s amazing how taking money from people who work, in order to buy the votes of those who don’t want to work, never manages to actually improve anything.

Reply to  Phillip Chalmers
September 18, 2026 7:26 pm

Ask any knowledgeable economist; not socialist disciples.

Sparta Nova 4
Reply to  michael fellion
September 18, 2026 7:28 am

Yes, FDR took the US off the gold standard but only USA (internally).
RMN too the US off the international god standard in 1971.

Beta Blocker
Reply to  michael fellion
September 18, 2026 7:47 am

The rise in the cost of industrial construction in the US has outpaced the rate of inflation over the last thirty-five years so that the true cost after the inflation adjustment is approximately double what it was in 1990.

Among the several reasons for this doubling of the true cost, the transformation of the American economy over the last thirty-five years from an industrial economy into a service economy is the most important of those several reasons.

missoulamike
Reply to  Beta Blocker
September 18, 2026 11:23 pm

Compliance costs for environmental and other regulation are by far responsible for costs increasing above inflation. Analysis paralysis, only beneficial to lawyers, consulting firms and government agency bureaucratic flunkies.

Reply to  michael fellion
September 18, 2026 7:25 pm

I think the final nail in the gold standard’s coffin was during the Nixon Administration in 1971 (?).

Sparta Nova 4
Reply to  Beta Blocker
September 18, 2026 7:26 am

I saw the first signs of it in the mid 1980s at a conference in which a US military officer presented the security risks of optics being discontinued in CONUS in favor of cheaper labor overseas. During that presentation, he suggested that the USA was heading towards de-industrialization to transform into a service economy.

And we are feeling the pain as drastic measures are being taken to redirect USA’s future.

sidabma
September 17, 2026 2:51 pm

It’s time to be yelling “This must stop!” The Utilities don’t have to supply all the power to these AI Data Centers. These facilities need their own Community Power Plant producing and delivering the electricity directly to the Data Center. The above cost must all be bourn by the AI Groups.
The AI Groups can have the natural gas delivered to their Community Power Plants, and if they are too far off of the Natural Gas trunk lines, then they should seriously be looking at combusting Coal. Coal with today’s technologies can be combusted almost as clean as natural gas.
These Community Power plants if laid out the right way can be operating at over 90% energy efficiency vs today’s +-50%.
These Community Power plants can be Hosting the combusted exhaust to a 3rd party, who can completely utilize this exhaust so the Power Plant and the AI Data Center can state they produce no emissions (like the solar and wind people claim)
The receiver of the combusted exhaust the Community Greenhouses will employ hundreds of people to grow and harvest the products grown.
Now you tell me, Is this a Story Tip that should be expressed to all those communities who feel that the AI Industry is going to dump all these expenses on the general public. It’s time to yell NO!!!

michael fellion
Reply to  sidabma
September 17, 2026 3:33 pm

Believing in a make believe does not make it real. No fuel powered power plant operates at 90% efficiency, not even close to it. Solar is at best under 25%, nuclear is about 33%, coal is 33%, gas turbines can get to 64% with regeneration of waste heat, Hydro is the only plant to convert the falling water to power at up o 90% efficiency with modern low loss designs. All dam sites have already been built out or the river is lined with towns and developement making dams impossible to be built.

Dave Burton
Reply to  michael fellion
September 17, 2026 6:13 pm

I mostly agree, michael, but high efficiency coal power plants can do much better than 33%.

That link points to an article which describes of a coal power plant in Denmark which converts 47% of the thermal energy in bituminous coal into electrical energy, and then captures most of the rest of the heat to satisfy “district heating requirements,” thereby utilizing “up to 91%” of the energy content of the coal.

That sounds better than it probably is. “Up to” is the phrase used to exaggerate solar and wind power output, so that’s a yellow flag.

My guess is that in this case “up to 91%” really means “occasionally as much as 91% in winter,” because in summertime they probably don’t have significant district heating requirements. But I’m just guessing.

Also, they’re using LHV numbers, which give slightly better efficiencies then HHV numbers.

Still, even at 47% LHV (= 45% HHV) it’s impressive.

Crispin in Val Quentin
Reply to  Dave Burton
September 17, 2026 10:08 pm

Dave, that analysis is a little off. HHV gives a higher %. Sidabma’s numbers are also curious. A combined cycle gas plant is just over 70% efficient. The point about district heating is important. Russian plants made 50 years ago are 33% efficient. They don’t care because for 7 months of the year they use the excess heat to warm hundreds of buildings. In western China there are masses of wind turbines. In winter they are shut off because the power is not needed. They use coal because all the rejected heat is used for buildings.

Some countries are too dumb to use the massive wasted heat of many things. All server farms in cold regions should be heating greenhouses year round to grow food. See this $29 billion proposal to do that with one server farm in Alberta.

https://www.newdawnengineering.com/website/library/Papers%2bArticles/Yellowhead%20Development%20Corridor/Yellowhead_Project_Analysis_FINAL.pdf

Several square miles of greenhouses can be heated by the servers, plus some of the higher temperature exhaust from the gas fired plant. Not even all recoverable heat. Just the easy bit. A 1 GW server farm produces 1 GW of wasted heat. A 1.5 GW Gas fired wastes about 30% minimum. Also, the CO2 rich stream can feed the greenhouses and save 4 x 30 ton trucks per day of liquid CO2. The savings are massive. Free heat all year even in central Alberta to grow tropical foods. It’s a no-brainer.

Sparta Nova 4
Reply to  Crispin in Val Quentin
September 18, 2026 7:41 am

You sound like an engineer in that field. 🙂

missoulamike
Reply to  Crispin in Val Quentin
September 18, 2026 11:31 pm

Why would it cost 29 billion. District heating has long been used in Scandinavia. Town of 10,000 I grew up in in Minnesota had a small municipal coal power plant and heated the downtown area with waste heat. It dated from the 1930’s IIRC but is now shut down because coal.

sidabma
Reply to  Crispin in Val Quentin
September 19, 2026 4:19 pm

You have it Dave!! I was born in Alberta. It’s a no brainer. The world will never have too much food being produced.
We want to do that to the AI Data Centers – Community Power Plants. Zero Emission Community Power Plant and AI Data Center.
The AI Group builds the Community Power Plant for the AI Data Center. No power coming from the grid, but excess electricity can be fed into the grid.

Dave Burton
Reply to  Crispin in Val Quentin
September 19, 2026 9:52 pm

Crispin wrote, “HHV gives a higher % [than LHV].”

I don’t think that’s right. HHV gives higher energy content numbers, but that’s the denominator of the percentage. So LHV numbers give higher efficiency percentages.

michael fellion
Reply to  sidabma
September 17, 2026 3:46 pm

The CO2 is not used up 100% by the plants else they stop growing. What plants want is a high CO2 level to maximize their growing. That can occur somewhere around 800 to 1500 ppm. The exhaust gas from the power plants is at hundreds of degrees so would have to be cooled and than the gas circulated in an enclosed green house of thousands of acres for the AI power plant exhaust. The cost of thousands of acres in green house would be in the hundreds of millons. The exhaust from the green house would still be higher than the outside air so zero CO2s would be saved in the end as all the green house product would eventually be converted back into CO2 down the road. Anybody in the green house can walk around without a problem provided the air has been cooled to the temperature the plants like. 40,000 ppm is the danger level, 5000 ppm is the legal limit.

Phillip Chalmers
Reply to  michael fellion
September 17, 2026 4:46 pm

the higher CO2 MINIMISES the WATER LOSS
Internal speed of photosynthesis is not directly determined by CO2 concentration.

Dave Burton
Reply to  michael fellion
September 17, 2026 6:23 pm

Dutch horticulturists commonly pipe supplemental CO2 into their greenhouses to make the plants healthier, faster growing, and more productive. Here’s a paper about it:

Vermeulen, P. (2014) “Alternative sources of CO₂ for the greenhouse horticulture.” Journal of Energy Challenges and Mechanics, 2015, pp. 19–21. (ResearchGate ID: 282006970)

The fact that elevated CO2 is highly beneficial for plants has been settled science among agronomists for over a century. Arrhenius mentioned it in his famous 1908 book. Here’s a 1920 Scientific American article about it:

Gradenwitz A. (1920) “Carbonic Acid Gas to Fertilize the Air.” Scientific American, November 27, 1920. doi:10.1038/scientificamerican11271920-549
comment image

Sparta Nova 4
Reply to  michael fellion
September 18, 2026 7:45 am

Agreed.

Even if 100% of the CO2 emissions from the power plant were piped to greenhouses, there would be less that 100% elimination of CO2.

First point you covered (plants and the carbon cycle).

Second point, anytime someone opens the door to go into work, air escapes taking some of the CO2 with it.

Sparta Nova 4
Reply to  michael fellion
September 18, 2026 7:47 am

Understand please that a greenhouse is an environmental control system intended to optimize conditions for growth of the selected plant species and those conditions are not a one size fits all.

Sparta Nova 4
Reply to  sidabma
September 18, 2026 7:38 am

There are real engineering and program trade offs that need to be addressed before leading the lemmings over the cliff precipice.

Analysis of alternatives. Some of what you post falls under that heading.
Cost-risk-benefit analyses you do not address.
Unintended consequences you do not address.
Throwing out percentages is impressive but does not create a good impression.
Costs, by the way, should be total lifetime cost of ownership.
Risks, by the way, should be total risks, not just financial, and parlays scheduled maintenance into the equations.

Furthermore, all the hyperbole of these modern super computers co-located with massive storage systems is a marketing ploy.

There are serious questions about these AI/Data Centers that need real answers.
I am NOT advocating a marching army of government regulators checking each period and comma in each report.
I have in my over 7 decades seen to many technological marvels have unintended negative consequences that offset to some degree or another the benefits of those technologies.

sidabma
Reply to  sidabma
September 19, 2026 4:11 pm

Michael We have been making natural gas boilers and furnaces and appliances 90% plus efficiency since the early 1980’s. It’s called Condensing Flue Gas heat Recovery. It’s really a very simple technology. Capture the heat Btu’s (or calories) out of the combusted exhaust and transfer that heat energy into water or another fluid. There are thousands of ways of using that heat energy in buildings or industrial processes or with our ( SidelCREN.com ) TESS System where we turn the heat energy into electricity. Waste Is Not Waste If It Has A Purpose
Our other company ( SidelSystems.com ) would use the recovered heat energy to create the best growing environment inside our clients greenhouses. The then cooled exhaust would be checked for unburnt gas matter and then with fans distributed throughout the greenhouses proving the plants with high levels of CO2 enrichment.
With the heat energy and the CO2 removed, what was left is condensation (water) and this water would have nutrients added and then through the drip irrigation system, get fed to the plants.
We have our Sidel SRU Systems in hospitals and universities and community housing and State hospitals. If the facility is combusting natural gas – there will be a chimney. Now capture it and utilize it. The exhaust gas temperature (with enough water flow) can be reduced to withing a degree or 2 of that water temperature. Design it right and efficiencies of 90 to 97% efficiency can be achieved.

September 17, 2026 3:06 pm

‘“Gas could drop to zero and the bill would still go up, because of how utilities work,” Gasilov said. “They recover all their costs from all their consumers. That’s the whole model.”’

How dare they recover all their costs from all their customers! /s

PS – I smell a rat here. Regulated utilities do exactly what their regulators tell them to do. I’d be looking closer at my bill to see how much green / woke bs has been larded into the charges.

Reply to  Frank from NoVA
September 18, 2026 5:46 am

A lot of your utility bill is a financing scam to make a buck on marking up debt payments on utilities that should never have received approval to be sold in the first place…if they were to be in keeping with their founding objectives. The utility company sold the generation stations to somebody, sold the distribution system to someone else, sold the maintenance to someone else, just did billings for a while and then sold the billings rights to “retailers” and now just distribute profits to investment funds. All these buyers had to finance their purchases and add the financing costs to their various burdens that utility acts allow them to charge, usually with a 15% allowable “profit” for shareholders. Just like a mortgage they end up paying triple the original cost before they are paid out….and they just don’t care….their customers pay the bills and they are just along for the profit ride…or “riders” in this case…

Example: In Alberta, in the 1950’s rural electrification required farmers to give free right of ways, pay for the power poles and work 2 weeks of free labor stringing wire to build the rural grid. The transmission system was rolled into something called “AltaLink”. Which SNC Lavalin Engineering bought(on their own engineering recommendation that the government utility sell the “loser”) obviously completely unbiased…
They bought the last 23% for $213 million in 2011, so worth about $1 Bn, although earlier transactions for the 77% were even less….They then sold it to Berkshire Hathaway, aka Warren Buffet, in 2013, for $3.1 Billion, nicely pocketing about $2000 per household….those same households which financed the power system to start with… through taxes, free labor, and direct pole charges…but now pay the rate riders so that Berkshire Hathaway can make a profit on buying the system.
Such completely usurious nonsense is happening across North America and Europe where utilities that were designed to provide low cost services to their customers become “investments for sale”.
Needless to say the distribution rider on my power bill is immense, exceeding the actual electricity cost most months….

Reply to  Frank from NoVA
September 18, 2026 7:39 pm

Not only that, but development hides costs and spreads them around to those who currently pay, avoiding it themselves. For instance, many communities give tax breaks to “bring in jobs”. But this development puts pressure on all of the resources within a community. This pressure seeps out to those who presently pay; ratepayers, property taxpayers, and users of the infrastructure.

Another example is the local community sets up a development zone. Local utilities increase dramatically. Local property taxes increase dramatically. Local resource costs increase dramatically. Local sales taxes increase dramatically. Local traffic increase dramatically. And local beauty decrease dramatically.

It is incumbent upon everyone in a community to ensure those who develop pay the cost of that development, to include utility infrastructure buildouts, road buildouts, protection of land use, etc. Nobody wants their local neighborhoods ruined by 1,000 unit apartment buildings, data centers, large commercial areas, etc. There is a place for this development and it benefits everyone when the cost isn’t spread out to everyone besides the developers!

September 17, 2026 3:11 pm

Wonder of wonder, a [Ctrl-f] Search on “Methane” came up 0/0

michael fellion
September 17, 2026 3:15 pm

The solution is actually pretty simple. Make the price of the gas pay for all the other costs. The use of gas than will be regulated by the consumer not the utility commission. If somebody wants to turn on the stove they pay for the full cost of the gas getting to the stove. If that AI center wants to use the gas they pay the full cost of getting the gas to the AI center. Both will think up ways to use less gas. One does the same thing when buying gas for your car why not for natural gas and incidently water as well. The sole purpose of the utiltiy commission would be to keep the markup within some agreed number as the gas company is a monopoly.

Sparta Nova 4
Reply to  michael fellion
September 18, 2026 7:48 am

The solution is actually pretty simple until politics takes over.
Sad but true.

Bob
September 17, 2026 4:21 pm

What a stinking mess. It appears to me we have much bigger problems than data centers. Rate payers charged for things they don’t receive, rates going up whether gas goes up or not, rates could go up even if there was no charge for the gas and all the other bewildering things mentioned in this article. I don’t know for sure but I would think that utilities are one of the most regulated businesses we have. Clearly the present form of regulation isn’t working. It is time to start from scratch and get rid of most current rules and regulations along with the people responsible for them. I’m talking corporate and government people. Yet another example of why it is so important to hold people accountable. Corporations and government don’t give a damn about punishment but people do.

Sparta Nova 4
Reply to  Bob
September 18, 2026 7:50 am

It is a stinking mess.
We do have much bigger problems.

Root cause? Politics.

William Cuell
September 17, 2026 4:23 pm

Our natural gas bill here in the cold mid province of BC Canada was $160.00 for 2 months of gas. That’s $80.00 a month. The actual cost for the gas itself was $12.00 or $6.00 a month. That’s $74.00 a month for $6.00 worth of gas. Our prime minister, Carney, is in the EU right now trying find other ways to rip us off. Every country he has had political involvement in he has left it a disaster. He works for the UN first and foremost. They tell him to wreck the UK, so he leaves with all the wreckage left behind, he ran the banking scam for the UN to get all the world banks to refuse to back fossil fuels, they did, but with Trump running the U.S. it ruined Carneys plans on ruining other countries reliant on fossil fuels and the banks quit his scam so the UN sent him to Canada again to this time be the PM. Yeah, elected which means as much as a fair vote in a blue state to elect a republican. Now as I said he is in the EU trying to sell Canada to the EU. You can bet he is pushing open boarders and free movement of immigrants to Canada that their home countries don’t want. Why not, it worked for destroying England.

Reply to  William Cuell
September 18, 2026 10:58 am

See my scenario above…take what is a essentially a cooperative to provide users low cost utilities, monetize it by selling to investment corps of which politicians are mysteriously on the inside track, resell a time or two, doubling the sell price each time with windfall profits to “investors” …charging customers the new higher costs for which they can show the new costs…it’s a scam on the general public…usually perpetrated by people who are WEF adherents…government complicity…some politician shareholders plus revenue departments that find it easier to take their tax cut from wealthier investors than regular folks…

Phillip Chalmers
September 17, 2026 4:38 pm

This is simply a local problem, for Americans.
The business of America is business so – why be surprised there are so many shysters?

Reply to  Phillip Chalmers
September 18, 2026 7:59 pm

You are obviously not an American small businessman. Most of those are honest, moral, and ethical just trying to earn enough to feed their families and raise their children. Don’t paint the vast majority of people with a fascist brush. 🙁

Dave Burton
September 17, 2026 5:24 pm

This article doesn’t pass the smell test.

Large, single-point natural gas customers, like power plants, require a lot less infrastructure to deliver natural gas than do residential customers. So there’s no reason to suppose that data center and power plant construction would cause residential gas delivery charges to increase.

The Gasilov Group’s Wiz website popped up just last year. I wonder where their seed money came from, and who their clients are?

Their specialties seem ephemeral. As of April 18, their website boasted of offering services for:

But all that seems to be gone, now.

According to the website, the organization is led by three partners: Arif & Seyfi Gasliov, and Rafael Rzayev. I wonder whether they’re paid in dollars, or yuan?

They are churning out anti-AI-datacenter propaganda, like this:
https://www.pbctoday.co.uk/news/energy-news/housebuilders-queuing-behind-data-centres-may-never-be-built/165075/

That suggests Yuan. The anti-AI-datacenter movement is mostly gullible people being led around by the nose by the CCP:
https://x.com/GlobalAffairs/status/2093130747796148634

“The recent sudden uprising amid the public (especially online) shows the classic hallmarks of a propaganda campaign by someone who would prefer that the US fall behind in high tech and Artificial Intelligence, while some other nation – say, China – pulls ahead.  So color us unsurprised that an investigation by X’s Security Team exposed a massive network of fake Chinese X accounts involved in influence operations. It includes a bot farm of approximately 200,000 accounts, 200 of which were posting anti-AI data center messages. Check out the examples at the link and see how many of these cartoons and memes have turned up in your social media feed, “feed” being an eerily appropriate word. We can’t help wondering how many of these anti-AI memes were created in China by AI.” –Huckabee Post

Or maybe they’re paid in rubles. Information about Arif Gasilov is hard to come by, but I found a Russian/Azerbaijani named Seyfi Gasilov with a similar business in Azerbaijan, who has a LinkedIn profile (which doesn’t mention Gasilov Group). He has Russian education, and the same LL.M degree claimed for Gasilov Group’s Seyfi Gasilov.

Information about the third partner, Rafael Rzayev, is also hard to find. Someone by that name is apparently in a spot of trouble, but I don’t know whether it’s the same guy.

Dave Burton
Reply to  Dave Burton
September 17, 2026 6:27 pm

typo correction: “Wiz” should be “Wix”

Reply to  Dave Burton
September 18, 2026 4:59 am

The problem with the goblin hypothesis is that it doesn’t stand up to scrutiny. Visit rural Midwest, do the homework, visit the counties, talk to residents — it’s not mumbo-jumbo hypothetical claptrap that you hear, it’s specific, empirically anchored comments about power, about noise, about water, about corruption. C’mon, Dave — I suspect that you don’t know much about data centers, but only what you have been led to believe by the ‘bots’ that feed your knowledge.

It’s okay to conclude that data centers are a bad idea in this or that particular case — because that is the result of analysis. It’s also okay to conclude that it makes sense (and sometimes it does) in this or that case. It’s nothing more than preference theory. Yes, preferences can be shaped for political ends — but that doesn’t happen on only one side of the divide.

Data centers build-out in SW PA will not, in any conceivable way, affect US dominance in the IT space. Look, DCs are either for training or inference. The former needs centers — but we have already a surfeit — and the latter is where the bubble exists. Five years from now, these DCs in rural America will be stranded assets because inference will move from concentrated to decentralized, local hosting.

Finally, your inference about somewhat behind-the-meter gas plants is incorrect and inapt. You are not understanding the point the author was making.

Sparta Nova 4
Reply to  Willy
September 18, 2026 7:57 am

The verdict on centralized versus distributed is still with the jury.
The whole point of putting the super computers adjacent to the massive data storage is to minimize latencies and speed up processing.

We do not have a data storage crisis at present. However, large numbers of computers accessing vast quantities of data over the internet will affect the general public, so that is to be avoided.

There are a number of other factors that play in, but the point is, decentralization is not a given.

Reply to  Sparta Nova 4
September 18, 2026 1:50 pm

In fact, the jury is back in and the overwhelming conclusions are simply that locally-hosted inference tasks outperform centralized by a wide margin. (Of course, there are some tasks so complex or data rich that they are better suited for data center hosting; this in a small proportion of all inference tasks.)

Let me find one of the more recent studies and I’ll share the reference.

Beta Blocker
Reply to  Willy
September 18, 2026 8:19 am

Willy: ” ….. Five years from now, these DCs in rural America will be stranded assets because inference will move from concentrated to decentralized, local hosting.”

Critics of the current technological approach now being used inside these huge data centers claim that the same AI processing can be done with 1/100th of the energy consumption currently needed through employment of decentralized AI-optimized hardware and software.

If the AI bubble bursts, data centers might very well become stranded assets — at least the data processing hardware. But what about the new-build power generation these data centers might have spawned, either onsite at the data center or offsite somewhere else?

I remain suspicious that those who invest in new data centers are looking for profits from future power generation as much as they are looking for profits from AI data processing.

Reply to  Beta Blocker
September 18, 2026 1:53 pm

Yes, true enough — the power plants will still be there. That’s likely a good thing in many (most) cases.

However, the 1500 foot long hyperscale building (or campus of them) will sit with absolutely no secondary use, and all the cooling and power infrastructure will sit with absolutely no secondary use, and all the GPU will be obsolete with no secondary use.

In rural America, these things are tragedies — even if the combined cycle plant is still running.

Beta Blocker
Reply to  Willy
September 18, 2026 2:57 pm

Maybe all those post-bubble empty buildings can be used as barns for sheltering livestock. Or as warehouses for storing grain, feed, and hay.

Dave Burton
Reply to  Willy
September 18, 2026 3:31 pm

I think you’re projecting, Willy. I’ve spent lots of time working in data centers here in the Research Triangle of North Carolina. How about you? (I didn’t think so.)

Inside the data center server rooms they are loud, sometimes so loud that hearing protection is recommended. But outside the buildings they are silent. Many people living nearby don’t even know they are there.

Most data centers don’t use significant amounts of water, either.

This article claims that building AI datacenters will raise natural gas delivery prices for nearby residents. That claim is certainly false.

I’d like to know who paid for that messaging. Wouldn’t you?

Reply to  Dave Burton
September 19, 2026 4:39 am

You’re right that the servers themselves are (or should be) mostly muffled by the building shell, but that isn’t what neighbors hear. The noise outside comes from the cooling plant and transformers, which sit outdoors and run around the clock. Working inside a data center doesn’t tell you what those sound like from a half mile away.

Location matters even more. Around the Research Triangle, traffic, highways, and airports keep ambient noise high enough to mask a lot of it. Rural North Dakota at night can drop to 10dB or less, so a steady 120 Hz hum or fan drone stands out against near silence. Low-frequency tones also pass through walls and barely fade over distance, and open, flat terrain gives them little to stop them.

A data center that’s inaudible in a noisy suburb can be the loudest thing for miles out here.

Let me be specific: Think about the diesel back-ups — 100-150 of them, adding to the noise when they kick on for testing or running. 80db each, scaling log form as more run simultaneously. With 10 running, it adds 10dB to the 80db of a single unit — 90db total, which is roughly twice as loud as 80db.

Dave Burton
Reply to  Willy
September 19, 2026 3:12 pm

It’s not working in the data halls that tells you what they’ll sound like from outside, it’s walking through the parking lot to and from your car. The data centers I’ve visited have always been silent from the outside, to my (admittedly old) ears.

I do not think that air conditioner noise and transformer hum could plausibly be objectionable from 1/2 mile away.

I’ve never heard a data center test-run its auxiliary generators, but I have a hard time believing that they would be objectionably noisy from 1/2 mile away, either. They use mufflers, after all, just like diesel trucks do.

You know what such objections remind me of? They remind me of the climate industry fishing for something they can use to paint the benefits of CO2 fertilization, retreating deserts, decreasing tornadoes, and milder winters as a catastrophic.

Dave Burton
Reply to  Dave Burton
September 19, 2026 3:38 pm

Here’s a relevant and interesting little article that NoLabels just sent out. (This is copied & pasted from their email.)
 

This week, Bernie Sanders – a senator from the far left – and Steve Bannon –a strategist from the far right stood on the same stage in Washington. Both said the same thing: artificial intelligence is dangerous, and the country should stop building the data centers that power it.

That should make you curious. When two people who agree on almost nothing suddenly agree on this, it is worth asking why. 

Here is part of the answer. Foreign governments, including China and Russia, have been running online campaigns that push the same message. Investigators at OpenAI found a Chinese company using AI chatbots to write posts blaming data centers for high electric bills, then sharing those posts while pretending to be American citizens. Researchers at the social media platform X found thousands of accounts doing something similar. Another investigation counted hundreds of stories from Chinese and Russian state media pushing the exact same idea: that data centers help the rich and hurt everyone else.

To be clear, real Americans have real concerns here. Electric bills are going up in some areas. Water use is a fair question. Those problems deserve real answers.

But there is a difference between a real concern and a manufactured panic. And right now, foreign governments are working hard to turn the first into the second, because a country that panics about AI is a country that falls behind on AI. China is not slowing down. If America stops building while China keeps going, America loses.

comment image

The good news is that serious people in Congress are already working on this the right way. Instead of demanding a total stop, lawmakers from both parties are writing specific rules. One bipartisan team wants companies to label content made by AI so people know what is real. Another wants independent safety checks on the most powerful AI systems. This is what steady, responsible progress looks like. It does not make headlines, but it works.

Do not let the loudest voices, at home or abroad, decide how America handles AI.

Want to hear more about the right way forward? Join No Labels on Thursday, September 24 at 1 PM ET for a conversation with Daniel Castro, a leading expert on technology policy. He will talk about how America can take AI risks seriously without giving up its lead in the technology of the future.

JOIN US NEXT THURSDAY TO HEAR MORE ABOUT WHAT A SERIOUS AI AGENDA LOOKS LIKE ▸

Ryan Clancy
Chief Strategist

Rod Gill
September 17, 2026 10:12 pm

In New Zealand we have high connection charges as well. We only use gas for cooking so one 7KG (about 15.4 lb) per year costing NZ$40 (about US30). If we were connected it would be around NZ$150 plus. One fill from a local petrol station is easy.

Sparta Nova 4
Reply to  Rod Gill
September 18, 2026 7:59 am

That approach once long ago was called Yankee Ingenuity.
Good to see people who are still independent thinkers.

GeorgeInSanDiego
September 18, 2026 8:16 am

Businesses should have to pay the full cost of their operations, without being subsidized by everyone else, full stop.