He’s Dumb, But Not Alone
The Orange Dunce
of Mar a Lago once told his then media bitch, Sean Hannity, that “Wind energy
won’t work because the wind only blows sometimes.” More recently he raved about the "fumes" associated with wind power. As a science nerd, I could
go into some detail about why this is bat shit crazy, but I’d rather have a
frank discussion about why the “Green New Dealers” also need to do more
homework. I’m reminded of the stoner, interviewed at Woodstock who opined that
Woodstock was a “model for the world, man.” It was a great concert, but hardly
a model for urban planning, living or (definitely not) sanitation.
Idealism,
untempered by a grasp on the possible, rather than the Utopian. is a lousy
framework for getting meaningful things done. This is certainly true in the
case of exclusively wind power as part of a nationwide electrical grid. In
furtherance of the goal of “all wind all the time,” Green New Dealers almost
always (I only add “almost” because someone, somewhere, may have stated factual
data but we have yet to see it) grossly understate the true cost of wind in
several ways. Understand this before I
begin: I loathe fossil fuel’s negative effects on the environment and public
health. What I am referring to here is the amazingly lo-ball numbers we are
being fed re: wind as opposed to other possibilities.
To begin with,
energy storage in a “situational” power source situation (Solar, Wind) is
critical to maintaining unbroken power supplies to consumers. “Peak” energy
consumption across the nation is after dark much of the year. Clearly, solar
must overproduce during the day and store energy for the dark hours. This
battery technology, while burgeoning is grossly expensive and in its
infancy and will cost far more than the solar panels which produce the energy they would have to store. Solar has the advantage of no
moving parts, ergo lesser maintenance, however, it also is easy to damage
(hail, normal wear and tear) It also wears out and is carbon intensive in both
manufacture and disposal.
Wind, of which
the dunce in chief demonstrably knew little, has more and more expensive
concerns, generally glossed over by the naïfs who tout the GND as a panacea.
The two major disadvantages of wind power include initial cost and technology immaturity. First: constructing turbines and wind facilities is extremely expensive for the amount of power generated by each unit- an average about 2.5 to 3 KW per, with 5 KW as a probable maximum. Secondarily, at the current state of technology, maintenance, such as changing oil in rotor bearings at the top of the tower weekly, is periodic, essential, frequent, and expensive. (Ask the Danes!) It is even costlier in offshore installations. We, too frequently, see cost per kwh listed as production cost, not cost to consumer, which is extremely equivocal. As an example, most cost per kwh numbers we see are misleading because they frequently omit the initial cost of hardware. This “total” cost, which is passed along to consumers is known as levelized cost.
What GND’ers cite (in the vicinity of 3.1 cents per kwh) is
like citing the cost of a car wash considering only the water, soap and minimum
wage imbecile who reminds you to “put the window up!” without adding the cost
of the machines, the building, the electricity, etc. This is about like
bragging about how many miles per gallon your hybrid gets without considering
the initial cost of the vehicle (still a good investment by the way!) Here is a
sobering real-world number: Danes pay about 40 cents per kwh, which is 13 times
as high as the GND’ers hype states!
Moreover, it
almost always fails to consider energy storage costs for the periods when
demand exceeds supply. This seems minor, but in a nationwide grid it is
critical. Just to power New York City alone (this is just households, not the
far more energy hungry hotels and businesses) would require the installation
and constant operation of about 5,700 wind turbines, not to mention energy
storage capacity. The cost of the turbines alone, at an average $3.5 million
apiece, would run to well over $20 billion.
At an average annual maintenance cost per turbine, add another $270 million
annually!
That cost,
passed on to consumers, would be almost punitive. This does not include the
far, far higher energy demands of industrial operations.
In the real
world, the cost to non-industrial consumers of electricity fluctuates over the
entire nation, from a low of 8 cents per kwh in Idaho, to 18.1 cents per kwh in
NY and CT, to a whopping 33.2 cents per kwh in Hawaii. Idaho is relatively cheap
because most of the electricity produced and consumed there is generated by the
cleanest source on the planet – hydro-electric plants. Idaho also has some
geo-thermal (hot underground water) sources and uses the free heat to heat some
buildings. According to the Federal Energy Information Administration, the
"levelized cost" of new wind power (including capital and operating
costs) is 8.2 cents per kwh, essentially in a dead heat with Nuclear. Advanced “clean-coal”
(bullshit!) plants cost about 11 cents per kwh but advanced natural gas-burning
plants come in at just 6.3 cents per kwh. Without regard to the environment, this makes
gas even cheaper than wind and solar. Of course, there’s that nasty little
carbon footprint thingy which remains relatively high. Coal is filthy in all
ways and constitutes a well-documented public health hazard.
None of the above
should be construed as indicating a dislike for wind power, but rather as a factual prequel
to a discussion of an even better option.
What is being
overlooked is that there is another “zero carbon footprint” technology, its
reputation damaged by a movie and a “no harm/no foul” accident within weeks of
each other in 1979. Three Mile Island and “The China Syndrome” scared the hell
out of many Americans, the more ignorant, the more scared. The nuclear power
industry in the US has still never really recovered, despite the fact that
perhaps the most rigorous public health data collection effort ever, concluded
in the US after 40 years, announced the total casualties either direct or
indirect from the TMI incident as “zero.”
Nuclear power emits no exhausts, discharges no pollutants into streams,
has a zero-fatality record over about 70 years of US operation, land based and
seaborne, yet some shun it because we fail to understand it.
Want to be
“Green?” China and India obviously do.
They are pioneering liquid salt reactor technology which the US gave up in the
late 1960s. Why did we do so? Even though the prototype had a record of over
6000 effective full power hours of incident free operation at the Oak Ridge,
TN, facility, it was not capable of producing weapons grade Plutonium, ergo it
was scrapped in favor of high-pressure fast breeders (like Chernobyl).
Liquid salt reactors can use
Thorium, of which we have literally thousands of years’ worth, and are inherently
stable and safe. They even produce fewer waste products to be handled than
current pressurized water designs, of which, by the way, I have more than a
passing operational knowledge of, at sea, submerged. Interestingly, molten salt
fuel comes with an inherent safety feature. If the salt overheats, it naturally
expands and makes the fission reaction less effective, which shuts down the
reactor. Tech innovators such as Bezos with Amazon, Gates with Microsoft and
Altman with OpenAI are united in betting on nuclear energy. And they're not
alone. The nuclear sector is experiencing a renaissance, bolstered by climate
goals and energy demands, A wind farm would need 235 square miles to produce
the same amount of electricity as a 1,000-megawatt nuclear power plant. The
nuclear power plant can operate at constant power day/ night, wind or calm,
freezing or scorching requiring no massive (and, as yet, non-existent battery)
banks.
We love to cite
Denmark when we discuss Utopian social models which we have been conned into
believing. One such is the fact that the Danes are wind powered for all
electricity, much of it sea-borne (off shore). So, they must get really cheap
electricity, right? Not so much. They pay more (40.5 cents per kwh) than even
Hawaii! apparently the “green” in Green
New Deal doesn’t refer to the color of money! I failed to mention the estimated
half-million birds of all sorts killed annually in the US with existing wind
turbines. Finally, what would all these new turbines cost? Assuming all current
non-wind energy production became “wind based” and at today’s prices, merely
(roughly) about 15% of the current total national debt! This
of course excludes land costs (astronomical) and, yet to be invented storage
capabilities. National bankruptcy, anyone?
Bottom line?
Nuclear power is safe, reliable and can be sited anywhere, no matter how
remote. Both China and India are already building next generation liquid salt reactors
for electric power production. Although China leads the world in terms of total
wind generation capacity, they also would seem to realize the advantages nuclear
offers, since, this year (2025) they are building a pilot liquid salt electric
power station in the Gobi desert which, while only about 9 feet by 7 feet in
size, will produce enough power for about 45,000 homes. This is equivalent to
54 wind turbines operating at constant maximum output. Future liquid salt plants
will produce far more, in the area of 1100 mw. This would be sufficient to
power more than half a million homes. It would require more than 400 wind
turbines operating at full capacity, 24 hours per day, to provide the same output.
Do the homework,
be informed, unlike the current occupant of 1600 Pennsylvania Avenue.