| Topic: |
Religions > Atheism |
| User: |
"DanWood" |
| Date: |
23 Jun 2005 06:17:43 PM |
| Object: |
Re: Build Nuclear Plants, ban Oil! |
If the US were to start on a series of Nuclear power plants
it would be possible over the next two or three decades to
ban the use of oil. By then oil reserves will be reduced to
the point that only the richest among us will be able to
afford oil. Nuclear energy is the most practical source in
the near future. In time oil could be banned.
DanWood, DDS
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| User: "quibbler" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
23 Jun 2005 08:58:58 PM |
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In article <mejmb193c0298s9u7o53mso8o72tsn80fv@4ax.com>,
nobody@nowhere.net says...
On Thu, 23 Jun 2005 23:21:49 GMT, "David H."
<davidhaapala@sbcglobal.fart.not.net> wrote:
How about the power of the sun: The power of the seas?
A fart in a hurricane... they're not cost effective
False. Sun power, OTEC, windpower and biomass are quite cost
effective.
, not reliable,
False again. OTEC is very reliable and so is concentrated sun and
wind at intelligently chosen locations. Biomass, geothermal, wave
and tide power are all quite reliable.
not
practical
You simply don't know what you're talking about. Admit it, you
haven't really studied the details of modern renewable energy
generation technology in any significant detail.
, and they're not efficient enough to produce adequate power.
That's yet another completely inaccurate statement. The level of
efficiency in energy conversion for most of them is as high or
higher than those found in most nuclear plants. Some like OTEC are
not high efficiency, but considering that all the world's oceans act
as a collector for it, the available amount of energy input is
enormous.
Studies show that even if you took a windblown coastal country like
mine and stuffed it full of windmills, you could only produce about
10% of the required electricity
So what. Who says that 100% of electricity has to be generated by
only one source. That's a recipe for dangerous over-reliance and
disaster.
, and send the price of electricity up
tenfold.
Also false. Wind power is essentially competitive with present
fossil fuel generation sources and will certainly be cheaper than
fossil fuels as their prices continue to rise, due to oil and
natural gas scarcity.
--
"Faith, indeed, has up to the present not been
able to move real mountains ... But it can put
mountains where there are none." -- Nietzsche
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| User: "Razor 616" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
24 Jun 2005 08:50:11 AM |
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On Thu, 23 Jun 2005 19:58:58 -0600, quibbler <quibbler247@yahoo.com>
wrote:
False. Sun power, OTEC, windpower and biomass are quite cost
effective.
Not compared to the alternative.
False again. OTEC is very reliable and so is concentrated sun and
wind at intelligently chosen locations. Biomass, geothermal, wave
and tide power are all quite reliable.
Only if you consider huge, honking hourlong blackouts each day and
week reliable.
You simply don't know what you're talking about. Admit it, you
haven't really studied the details of modern renewable energy
generation technology in any significant detail.
I studied most renewable energy sources in college. They're great for
lowering power bills, but they could never supply enough and
sufficiently reliable power on their own.
Also false. Wind power is essentially competitive with present
fossil fuel generation sources and will certainly be cheaper than
fossil fuels as their prices continue to rise, due to oil and
natural gas scarcity.
If we relied only on renewable sources, it would skyrocket, because
the market would dictate the price of this scarce resource.
--
#1295
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| User: "quibbler" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
24 Jun 2005 11:53:59 AM |
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In article <1k3ob15klrjd390vv3aaqka19h9s6uki07@4ax.com>,
nobody@nowhere.net says...
On Thu, 23 Jun 2005 19:58:58 -0600, quibbler <quibbler247@yahoo.com>
wrote:
False. Sun power, OTEC, windpower and biomass are quite cost
effective.
Not compared to the alternative.
It is definitely cost effective compared to the alternative. There is
enough wind power in the US to generate all our present electricity
consumption twice over and presently wind generation is competitive if
not cheaper in terms of infrastructure installation costs than many
fossil fuels. Biofuels produced from waste are presently cheaper or
competitive with present soaring oil prices and may be a downright
bargain as oil continues to be priced out of sight. Solar and wind
power could be far cheaper if we were mass producing units and giving
them the same low interest financing that many fossil and fissile
generation projects are given.
False again. OTEC is very reliable and so is concentrated sun and
wind at intelligently chosen locations. Biomass, geothermal, wave
and tide power are all quite reliable.
Only if you consider huge, honking hourlong blackouts each day and
week reliable.
It was the fossil fuel plants that couldn't keep pace. Things like
geothermal and otec operate around the clock. Tides are pretty much the
definition of regularity and reliability. More wind and solar would have
diminished the potential for blackouts or Enron-style price
manipulations.
You simply don't know what you're talking about. Admit it, you
haven't really studied the details of modern renewable energy
generation technology in any significant detail.
I studied most renewable energy sources in college.
It sounds like it might have been some time ago. I'm not saying that
some amount of nuclear shouldn't be in the mix for base load demand, so
long as it can be done with real accountability, including insurance
against the potential risk it creates. But many present technologies
are far more appropriate than nuclear. Biomass can be put into cars
right now with minimal or no modification. Nuclear alone cannot
accomplish that. Wind and solar is incredibly plentiful in a number of
places and introduces nowhere near the dangers associated with
monolithic nuclear in the case of natural disasters, terrorist attacks
or human error. It's highly doubtful that too many terrorists are going
to crash an airplane into a wind or solar farm and it wouldn't present a
significant danger to the public at large if they did.
They're great for
lowering power bills, but they could never supply enough and
sufficiently reliable power on their own.
In theory a set of collectors thirty miles on a side, even with fairly
low efficiency, could provide enough energy to replace US energy
production and to provide backup capacity.
Also false. Wind power is essentially competitive with present
fossil fuel generation sources and will certainly be cheaper than
fossil fuels as their prices continue to rise, due to oil and
natural gas scarcity.
If we relied only on renewable sources, it would skyrocket
That's a complete strawman. Of course many fossil fuel interests have
tried to block the development of many renewables. The question is not
whether we should stop using all other energy sources immediately and
use only existing renewable capacity, but whether we should develop more
capacity. The standard canard is that present levels of generation are
small and therefore, somehow that should disqualify it from ever being
grown. It's like saying that because hybrid cars are presently just a
small percentage of the automobile fleet, that they must be impractical
and should therefore never be purchased in larger quantities.
, because
the market would dictate the price of this scarce resource.
I don't know if you've noticed, but that's what's happening with oil
right now.
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
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| User: "Fred Stone" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
24 Jun 2005 01:06:27 PM |
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quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d25e89721ea177b989756@news.readfreenews.net:
In article <1k3ob15klrjd390vv3aaqka19h9s6uki07@4ax.com>,
nobody@nowhere.net says...
On Thu, 23 Jun 2005 19:58:58 -0600, quibbler <quibbler247@yahoo.com>
wrote:
False. Sun power, OTEC, windpower and biomass are quite cost
effective.
Not compared to the alternative.
It is definitely cost effective compared to the alternative.
Not according to this British study:
http://www.heartland.org/Article.cfm?artId=14999
British Studies Show Prohibitive Cost of 'Renewable' Energy
Wind Power, Other Renewables Twice as Expensive as Emissions-Free
Nuclear Power Written By: James M. Taylor
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show relying
on wind power or other non-nuclear "renewables" to reduce air pollution
or carbon dioxide emissions forces consumers to pay at least twice as
much as they currently pay for electricity generated from fossil fuels
or emissions-free nuclear power.
Royal Academy
On March 10, the Royal Academy of Engineering released a study, "The
Cost of Generating Electricity," comparing the costs of generating
electricity from a number of energy sources. "The objective of this
study," stated the Academy, "is to provide decision makers with simple,
soundly based indicators of the cost performance for alternative
electricity generation techniques. In order to make sensible decisions
about energy policy, policy makers need to be able to compare the costs
and benefits of different types of electricity generating technologies
on a like for like basis."
According to the study, "The relationship between the cost of generating
electrical power from various sources and the price that consumers pay
is blurred by direct and indirect subsidies, market mechanisms,
transmission, and distribution costs. The true costs of generating
electrical power are often obscured by commercial sensitivities and
competing claims that make the determination of sensible energy policy
difficult and often imprecise."
After cutting through the hidden taxpayer subsidies and market
constraints that frequently mask the true costs of electrical power
generation, the Academy concluded, "Our cheapest electricity will come
from gas turbines and nuclear stations, costing just 2.3 p/kWh (British
pence per kilowatt hour), compared with 3.7 p/kWh for onshore wind and
5.5 p/kWh for offshore wind farms."
"This may sound surprising, especially as we have included the cost of
decommissioning in our assessment of the nuclear generation costs," said
Academy Vice President Philip Ruffles, who served as chairperson for the
study. "But modern nuclear stations are far simpler and more streamlined
than the old generation and far cheaper to build and run."
Even fossil fuels were found by the Academy to be half as expensive as
renewable energy sources--even after the Academy assigned a penalty to
fossil fuel sources to take into account the costs of mitigating carbon
dioxide emissions to a level required by the Kyoto Protocol, which
Britain has pledged to support.
Hume Institute Touts Nuclear Power
A study titled "Tilting at Windmills," released April 18 by Scottish
economist David Simpson of the David Hume Institute, bolstered the Royal
Academy's findings. According to Simpson, generating electricity through
wind power and other non-nuclear renewables costs twice as much as
generating power from conventional sources.
Achieving the British government's goal of 20 percent of generation of
energy through non-nuclear renewable sources, concluded Simpson, will
cost British citizens well more than a billion dollars per year.
Additionally, according to the study, "A serious attempt to address the
issue of a reduction in CO2 emissions may raise wholesale electricity
prices by up to 60 percent in five years."
The study noted, "No matter how large the wind power capacity, the
variable nature of its output means it can make no significant
contribution to security of energy supply."
Renewables Lobby Concedes Study's Accuracy
An association of renewable energy companies, Scottish Renewables,
conceded in a written response published in The Scotsman that the Hume
Institute study accurately reflected the annual costs of supplying power
through renewable sources. The renewable energy association also
conceded, "Because of the cost of providing additional stand-by
generating capacity, it is unlikely wind power will ever account for
more than 20 percent of electricity generation through the National
Grid, and will make no substantial contribution to a reduction in carbon
emissions."
"The government should take advantage of the renewables review coming up
in 2005-6 to reconsider the nuclear option," wrote Simpson. "Nuclear
power avoids extra costs, emits no greenhouse gases, and contributes to
security of supply."
Analysts Note Environmental Consequences
Analysts noted economic costs are not the only costs associated with
wind power. Many environmentalists oppose wind power because of the
substantial number of birds slaughtered by turbine blades every year. In
Northern California's Altamont Pass wind fields alone, thousands of
birds are killed by wind turbines each year, including roughly 1,000
annual kills of such valued birds of prey as golden eagles, red-tailed
hawks, and burrowing owls.
Property owners near turbine locations also oppose wind power because of
sight and sound pollution. The size of a single turbine tower and the
large number of such turbines necessary to generate any measurable
amount of electricity destroy any esthetic beauty of the turbine
location, and the cumulative noise of the turbines is, report nearby
residents, often unbearable.
"Wind power may well be the least environmentally friendly idea ever
proposed by environmentalists," noted Iain Murray, a senior fellow at
the Competitive Enterprise Institute. "Conservationists as committed as
Sen. Edward Kennedy (D-Massachusetts) and British television personality
Dr. David Bellamy have come out against proposed uses of the
technology."
In addition to environmental concerns, new evidence suggests wind
turbines may be contributing to human disease such as malaria and West
Nile Virus spread by mosquitoes.
The American Wind Energy Association (AWEA) conceded in a recent press
release that wind turbines are frequently killing bats that cannot
detect or avoid the turbines. Acknowledged the AWEA, "Wind power
providers found bats fatally collided with turbines in West Virginia,
Tennessee, Minnesota, and Wyoming last year. Bats play an important role
as primary predators of night flying insects, including many major
agricultural pests, and they pollinate plants and disperse seeds."
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
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| User: "Mike McWilliams" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
24 Jun 2005 03:16:06 PM |
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Fred Stone wrote:
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d25e89721ea177b989756@news.readfreenews.net:
In article <1k3ob15klrjd390vv3aaqka19h9s6uki07@4ax.com>,
nobody@nowhere.net says...
On Thu, 23 Jun 2005 19:58:58 -0600, quibbler <quibbler247@yahoo.com>
wrote:
False. Sun power, OTEC, windpower and biomass are quite cost
effective.
Not compared to the alternative.
It is definitely cost effective compared to the alternative.
Not according to this British study:
http://www.heartland.org/Article.cfm?artId=14999
British Studies Show Prohibitive Cost of 'Renewable' Energy
Wind Power, Other Renewables Twice as Expensive as Emissions-Free
Nuclear Power Written By: James M. Taylor
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
Yeah, but they didn't include the cleanup costs and the environmental
damage which certainly costs, though not necessarily in dollars.
Bio-diversity is hard currency, and when it's gone, it's gone.
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| User: "quibbler" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
24 Jun 2005 09:42:12 PM |
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In article <1119636387.0a34e3ac1ea170db70e5a6127f6de996@teranews>,
fstone69@earthling.com says...
It is definitely cost effective compared to the alternative.
Not according to this British study:
First off, it didn't address solar or otec and only included one
token type of biomass generation. I notice it didn't include
conventional hydro either, since it can produce power at rates as cheap
as 1.1 cents per kilowatt.
Next, before I go on to address this so-called study, I just want to
point out that the same folks who scream about wind costing a few cents
more per kilowatt don't seem to bat an eye when the price of oil doubles
and deride things like energy conservation as they drive around in their
9 mile per gallon SUV behemoth. I know that, as usual, you'll foam at
the mouth about this being a "red herring", but it has to make you
wonder about the policy consistency of folks who, all of a sudden
discover frugality when it comes to select renewable sources.
Now as to the article, there are clearly plenty of oversimplification
like "excluded costs associated with transmission/distribution". Since
renewable energy tends to be smaller and decentralized, it can be built
closer to population centers and decrease the costs of transmission and
distribution. They nicely put their thumb on the scale with that one.
If you actually look the literature you will find that there are any
number of conflicting models for calculating the costs of different
power generation technologies and all of them come out with different
numbers based upon different assumptions. So pardon me if I don't place
a great deal of credence in their generation cost numbers. BTW, you'll
note that they are estimating generation cost, not the market price,
which might be able to support one form of technology better than
another. For example, in a low population state without a lot of
electricity transmission infrastructure, the building of nuclear power
plants would not be practical, nor would the selling of excess power
without large additional infrastructure costs.
http://www.heartland.org/Article.cfm?artId=14999
British Studies Show Prohibitive Cost of 'Renewable' Energy
Wind Power, Other Renewables Twice as Expensive as Emissions-Free
Nuclear Power Written By: James M. Taylor
Did you wonder what this guy's credentials are other than supposedly
editing an anti-global warming ragsheet. I suppose you missed all the
"Crichton is Right" stuff too on the website. Now there's an expert for
you...not!
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show relying
on wind power or other non-nuclear "renewables" to reduce air pollution
or carbon dioxide emissions forces consumers to pay
Actually they dealt with the cost of the energy to *generate*, not the
ultimate price that customers would necessarily pay and the distinction
is important. It's also important that they stated as a premise,
"Renewables are generally more expensive than conventional generation
technologies. This is due in part to the immaturity of the technology
and the more limited opportunity to take advantage of cost savings
brought about by economies of scale". If large wind turbines were being
mass produced and more automated processes were being used on a larger
scale then they're conceding that the cost would be lower. In fact wind
power can be scaled up. That's particularly true with the offshore
stuff which they present as being more expensive, but in fact, could be
a better producer than the onshore systems, if scaled up properly.
at least twice as
much as they currently pay for electricity generated
First off, report says, "nuclear stations, costing just 2.3 p/kWh
(British pence per kilowatt hour), compared with 3.7 p/kWh" there is no
universe where 3.7 is "at least twice as much" as 2.3.
Furthermore, it's rather clear that they appear to be ignoring other
costs which can legitimately be levied,such as the cost of insuring
against catastrophic nuclear plant mishaps. They claim that they look at
some level of "insurance" but there is no insurance available on the
market which would cover the cost of evacuating and cleaning up all of
London in the case of a serious nuclear mishap. Instead, they just buy
the standard insurance that other utility companies purchase and pretend
that the risks could possibly be that low. As I mentioned, they also
mysteriously neglect the cost of energy transmission from a distant,
monolithic nuclear plant and of course and give short shrift to the real
cost of dealing with the huge amounts of radioactive pollutants that
come in the form of fissile waste.
The study noted, "No matter how large the wind power capacity, the
variable nature of its output means it can make no significant
contribution to security of energy supply."
This is the kind of pseudo-scientific rubbish that marks this report as
an utter piece of horseshit. The grid is used to load balance, since
the wind blows at different times in different places. There is already
excess spinning reserve which means that the "variable nature" of the
wind will have no effect until it reaches around 20% just form wind
alone. Then more reserve generation can be added. Thus, their
conclusion is moronic and completely ignores elementary knowledge about
the wind industry.
Renewables Lobby Concedes Study's Accuracy
But they didn't. They said pretty much what I said above.
The renewable energy association also
conceded, "Because of the cost of providing additional stand-by
generating capacity, it is unlikely wind power will ever account for
more than 20 percent
That is not a concession that "No matter how large the wind power
capacity, the variable nature of its output means it can make no
significant contribution to security of energy supply". Rather it is a
refutation of that assertion. 20% is significant by any measurement.
Nuclear only provides a bit less than that amount of electricity
generation in the US and nobody says that is "no significant
contribution".
of electricity generation through the National
Grid, and will make no substantial contribution to a reduction in carbon
emissions."
"The government should take advantage of the renewables review coming up
in 2005-6 to reconsider the nuclear option," wrote Simpson. "Nuclear
power avoids extra costs,
It also introduces substantial unbudgeted costs, particularly because
these assholes refuse to pay fair market value for the uranium ore they
buy from third-world countries and they refuse to reprocess the fuel
rods, creating lots of waste. Right now, Yucca Mountain would
essentially be filled, if it were to ever open and if we were getting
100% of electricity from nuclear we would need many more Yucca
Mountains. There aren't a lot of places stepping forward to be the next
waste dump and Yucca and WIPP can only be expanded so much.
emits no greenhouse gases
No it just emits incredibly toxic materials that endure for many
thousands of years.
, and contributes to
security of supply."
Except when terrorists attack it or there are natural disasters that
spread waste. Then it creates insecurity.
Analysts Note Environmental Consequences
Analysts noted economic costs are not the only costs associated with
wind power. Many environmentalists oppose wind power because of the
substantial number of birds slaughtered by turbine blades every year. In
Northern California's Altamont Pass wind fields alone, thousands of
birds are killed by wind turbines each year
Yes and literally millions of birds are killed running into power lines,
skyscrapers, airplanes, etc. Their pseudo-environmental rhetoric is
completely ridiculous and obviously insincere. Furthermore, a great
deal has been learned about how to keep birds away using pre-recorded
predator noises and siting facilities off of migration paths. Most
importantly, the larger the blades on the machines, the slower the RPM
and the less likely that a bird will be hurt. This "turbines kill
birds" chestnut was based on the fact that the machines at altamont in
the 1970s were much smaller and therefore operated at much lower
capacity.
The bats ***** is equally ridiculous. Far more birds and bats are
killed by modern urban development than could possibly be killed by wind
turbines.
In summary Fred, you really should become a theist again, because you
are always willing to swallow any shabby belief system that kooks try to
push on you.
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
.
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| User: "Fred Stone" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
25 Jun 2005 07:24:33 AM |
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quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d2672735ea1b7e98975b@news.readfreenews.net:
In article <1119636387.0a34e3ac1ea170db70e5a6127f6de996@teranews>,
fstone69@earthling.com says...
It is definitely cost effective compared to the alternative.
Not according to this British study:
First off, it didn't address solar or otec and only included one
token type of biomass generation. I notice it didn't include
conventional hydro either, since it can produce power at rates as
cheap as 1.1 cents per kilowatt.
Next, before I go on to address this so-called study, I just want to
point out that the same folks who scream about wind costing a few
cents more per kilowatt don't seem to bat an eye when the price of oil
doubles and deride things like energy conservation as they drive
around in their 9 mile per gallon SUV behemoth. I know that, as
usual, you'll foam at the mouth about this being a "red herring", but
it has to make you wonder about the policy consistency of folks who,
all of a sudden discover frugality when it comes to select renewable
sources.
Now as to the article, there are clearly plenty of oversimplification
like "excluded costs associated with transmission/distribution".
Since renewable energy tends to be smaller and decentralized, it can
be built closer to population centers and decrease the costs of
transmission and distribution. They nicely put their thumb on the
scale with that one. If you actually look the literature you will
find that there are any number of conflicting models for calculating
the costs of different power generation technologies and all of them
come out with different numbers based upon different assumptions. So
pardon me if I don't place a great deal of credence in their
generation cost numbers. BTW, you'll note that they are estimating
generation cost, not the market price, which might be able to support
one form of technology better than another. For example, in a low
population state without a lot of electricity transmission
infrastructure, the building of nuclear power plants would not be
practical, nor would the selling of excess power without large
additional infrastructure costs.
http://www.heartland.org/Article.cfm?artId=14999
British Studies Show Prohibitive Cost of 'Renewable' Energy
Wind Power, Other Renewables Twice as Expensive as Emissions-Free
Nuclear Power Written By: James M. Taylor
Did you wonder what this guy's credentials are other than supposedly
editing an anti-global warming ragsheet. I suppose you missed all the
"Crichton is Right" stuff too on the website. Now there's an expert
for you...not!
Nice way to attack the messenger.
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show
relying on wind power or other non-nuclear "renewables" to reduce air
pollution or carbon dioxide emissions forces consumers to pay
Actually they dealt with the cost of the energy to *generate*, not the
ultimate price that customers would necessarily pay and the
distinction is important. It's also important that they stated as a
premise, "Renewables are generally more expensive than conventional
generation technologies. This is due in part to the immaturity of the
technology and the more limited opportunity to take advantage of cost
savings brought about by economies of scale". If large wind turbines
were being mass produced and more automated processes were being used
on a larger scale then they're conceding that the cost would be lower.
That is true of nuclear technology as well, and that technology is at a
much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
That's particularly true with
the offshore stuff which they present as being more expensive, but in
fact, could be a better producer than the onshore systems, if scaled
up properly.
at least twice as
much as they currently pay for electricity generated
First off, report says, "nuclear stations, costing just 2.3 p/kWh
(British pence per kilowatt hour), compared with 3.7 p/kWh" there is
no universe where 3.7 is "at least twice as much" as 2.3.
Furthermore, it's rather clear that they appear to be ignoring other
costs which can legitimately be levied,such as the cost of insuring
against catastrophic nuclear plant mishaps. They claim that they look
at some level of "insurance" but there is no insurance available on
the market which would cover the cost of evacuating and cleaning up
all of London in the case of a serious nuclear mishap.
Those costs are well understood from experience in modern countries like
France which get a large proportion of their electrical generation from
nuclear plants.
Instead, they
just buy the standard insurance that other utility companies purchase
and pretend that the risks could possibly be that low. As I
mentioned, they also mysteriously neglect the cost of energy
transmission from a distant, monolithic nuclear plant and of course
and give short shrift to the real cost of dealing with the huge
amounts of radioactive pollutants that come in the form of fissile
waste.
They aren't even talking about a distant, monolithic nuclear plant, so
your objection is to a strawman.
The study noted, "No matter how large the wind power capacity, the
variable nature of its output means it can make no significant
contribution to security of energy supply."
This is the kind of pseudo-scientific rubbish that marks this report
as an utter piece of horseshit. The grid is used to load balance,
since the wind blows at different times in different places. There is
already excess spinning reserve which means that the "variable nature"
of the wind will have no effect until it reaches around 20% just form
wind alone. Then more reserve generation can be added. Thus, their
conclusion is moronic and completely ignores elementary knowledge
about the wind industry.
The wind industry is well understood, even on alt.atheism where you are
one of the major producers. :-)
Renewables Lobby Concedes Study's Accuracy
But they didn't. They said pretty much what I said above.
The renewable energy association also
conceded, "Because of the cost of providing additional stand-by
generating capacity, it is unlikely wind power will ever account for
more than 20 percent
That is not a concession that "No matter how large the wind power
capacity, the variable nature of its output means it can make no
significant contribution to security of energy supply". Rather it is
a refutation of that assertion. 20% is significant by any
measurement. Nuclear only provides a bit less than that amount of
electricity generation in the US and nobody says that is "no
significant contribution".
That's 20% *at most*, and under the best possible conditions with the
entire country filled with wind turbines.
of electricity generation through the National
Grid, and will make no substantial contribution to a reduction in
carbon emissions."
"The government should take advantage of the renewables review coming
up in 2005-6 to reconsider the nuclear option," wrote Simpson.
"Nuclear power avoids extra costs,
It also introduces substantial unbudgeted costs, particularly because
these assholes refuse to pay fair market value for the uranium ore
they buy from third-world countries and they refuse to reprocess the
fuel rods, creating lots of waste. Right now, Yucca Mountain would
essentially be filled, if it were to ever open and if we were getting
100% of electricity from nuclear we would need many more Yucca
Mountains. There aren't a lot of places stepping forward to be the
next waste dump and Yucca and WIPP can only be expanded so much.
Those are legislative and bureaucratic obstacles, not technological
ones.
emits no greenhouse gases
No it just emits incredibly toxic materials that endure for many
thousands of years.
They aren't *emitted* anywhere, they're contained until the plant is
decommissioned when they can be properly disposed of.
, and contributes to
security of supply."
Except when terrorists attack it or there are natural disasters that
spread waste. Then it creates insecurity.
Except that they are designed to keep containment intact during natural
disasters and if the terrorists are so sophisticated that they can
attack a heavily secured nuke plant they can find far more profitable
targets.
Analysts Note Environmental Consequences
Analysts noted economic costs are not the only costs associated with
wind power. Many environmentalists oppose wind power because of the
substantial number of birds slaughtered by turbine blades every year.
In Northern California's Altamont Pass wind fields alone, thousands
of birds are killed by wind turbines each year
Yes and literally millions of birds are killed running into power
lines, skyscrapers, airplanes, etc. Their pseudo-environmental
rhetoric is completely ridiculous and obviously insincere.
Furthermore, a great deal has been learned about how to keep birds
away using pre-recorded predator noises and siting facilities off of
migration paths.
Which limits the total power that can be generated by wind power.
Most importantly, the larger the blades on the
machines, the slower the RPM and the less likely that a bird will be
hurt. This "turbines kill birds" chestnut was based on the fact that
the machines at altamont in the 1970s were much smaller and therefore
operated at much lower capacity.
The bats ***** is equally ridiculous. Far more birds and bats are
killed by modern urban development than could possibly be killed by
wind turbines.
Therefore adding wind turbines to the mix just kills even more.
In summary Fred, you really should become a theist again, because you
are always willing to swallow any shabby belief system that kooks try
to push on you.
In summary, quibbler, you really should keep your ad hominems out of
these discussion if you want to be taken seriously.
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
.
|
|
|
| User: "Mike Painter" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
25 Jun 2005 02:42:47 PM |
|
|
Fred Stone wrote:
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show
relying on wind power or other non-nuclear "renewables" to reduce
air pollution or carbon dioxide emissions forces consumers to pay
Actually they dealt with the cost of the energy to *generate*, not
the ultimate price that customers would necessarily pay and the
distinction is important. It's also important that they stated as a
premise, "Renewables are generally more expensive than conventional
generation technologies. This is due in part to the immaturity of the
technology and the more limited opportunity to take advantage of cost
savings brought about by economies of scale". If large wind turbines
were being mass produced and more automated processes were being used
on a larger scale then they're conceding that the cost would be
lower.
That is true of nuclear technology as well, and that technology is at
a much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
http://www.infinitepower.org/reswind.htm
shows that wind power can supply Texas with 400% of it's needs.
4.38% of the land area supplies 100% of the power requirement.
Looking down the middle of the map of the US shows a large area with the
class 3 and 4 wind patterns needed.
This is land with a low population and even the relative area would be
small.
However these are tall towers and most of the area under the tower is
usable.
There is more than enough wind to power the US.
.
|
|
|
| User: "Fred Stone" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
25 Jun 2005 03:19:02 PM |
|
|
"Mike Painter" <mddotpainter@sbcglobal.net> wrote in
news:Xsive.3988$Bx6.1025@newssvr13.news.prodigy.com:
Fred Stone wrote:
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show
relying on wind power or other non-nuclear "renewables" to reduce
air pollution or carbon dioxide emissions forces consumers to pay
Actually they dealt with the cost of the energy to *generate*, not
the ultimate price that customers would necessarily pay and the
distinction is important. It's also important that they stated as a
premise, "Renewables are generally more expensive than conventional
generation technologies. This is due in part to the immaturity of
the technology and the more limited opportunity to take advantage of
cost savings brought about by economies of scale". If large wind
turbines were being mass produced and more automated processes were
being used on a larger scale then they're conceding that the cost
would be lower.
That is true of nuclear technology as well, and that technology is at
a much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
http://www.infinitepower.org/reswind.htm
shows that wind power can supply Texas with 400% of it's needs.
4.38% of the land area supplies 100% of the power requirement.
Interesting. Is there a discussion of the density of towers to acheive
their estimated level of power generation? What sort of cost/benefit
analyses are available?
They mention competitively priced electricity from the Kenetech plant in
the Delaware mountains. What kind of return on investment does that
represent?
Looking down the middle of the map of the US shows a large area with
the class 3 and 4 wind patterns needed.
This is land with a low population and even the relative area would
be small.
However these are tall towers and most of the area under the tower is
usable.
There is more than enough wind to power the US.
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
.
|
|
|
| User: "quibbler" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
25 Jun 2005 08:18:12 PM |
|
|
In article <1119730742.212ea08e49411b6dfd00bf22eeea8ccc@teranews>,
fstone69@earthling.com says...
"Mike Painter" <mddotpainter@sbcglobal.net> wrote in
news:Xsive.3988$Bx6.1025@newssvr13.news.prodigy.com:
Fred Stone wrote:
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show
relying on wind power or other non-nuclear "renewables" to reduce
air pollution or carbon dioxide emissions forces consumers to pay
Actually they dealt with the cost of the energy to *generate*, not
the ultimate price that customers would necessarily pay and the
distinction is important. It's also important that they stated as a
premise, "Renewables are generally more expensive than conventional
generation technologies. This is due in part to the immaturity of
the technology and the more limited opportunity to take advantage of
cost savings brought about by economies of scale". If large wind
turbines were being mass produced and more automated processes were
being used on a larger scale then they're conceding that the cost
would be lower.
That is true of nuclear technology as well, and that technology is at
a much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
http://www.infinitepower.org/reswind.htm
shows that wind power can supply Texas with 400% of it's needs.
4.38% of the land area supplies 100% of the power requirement.
Interesting. Is there a discussion of the density of towers to acheive
their estimated level of power generation?
Generally speaking there needs to be at least several rotor widths of
separation. For some of the bigger generators, maybe 5 to 10 rotor
widths would be best to prevent wind shadow from other turbines.
What sort of cost/benefit
analyses are available?
You might first check out
http://www.nrel.gov/wind/
or
www.awea.org
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
.
|
|
|
| User: "Fred Stone" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
25 Jun 2005 09:56:41 PM |
|
|
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d27b03f93935371989760@news.readfreenews.net:
In article <1119730742.212ea08e49411b6dfd00bf22eeea8ccc@teranews>,
fstone69@earthling.com says...
"Mike Painter" <mddotpainter@sbcglobal.net> wrote in
news:Xsive.3988$Bx6.1025@newssvr13.news.prodigy.com:
Fred Stone wrote:
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show
relying on wind power or other non-nuclear "renewables" to
reduce air pollution or carbon dioxide emissions forces
consumers to pay
Actually they dealt with the cost of the energy to *generate*,
not the ultimate price that customers would necessarily pay and
the distinction is important. It's also important that they
stated as a premise, "Renewables are generally more expensive
than conventional generation technologies. This is due in part to
the immaturity of the technology and the more limited opportunity
to take advantage of cost savings brought about by economies of
scale". If large wind turbines were being mass produced and more
automated processes were being used on a larger scale then
they're conceding that the cost would be lower.
That is true of nuclear technology as well, and that technology is
at a much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
http://www.infinitepower.org/reswind.htm
shows that wind power can supply Texas with 400% of it's needs.
4.38% of the land area supplies 100% of the power requirement.
Interesting. Is there a discussion of the density of towers to
acheive their estimated level of power generation?
Generally speaking there needs to be at least several rotor widths of
separation. For some of the bigger generators, maybe 5 to 10 rotor
widths would be best to prevent wind shadow from other turbines.
It appears from the FAQ at www.awea.org that only 5% of the land area of
a wind farm is taken up by the turbines, access roads and other
structures, producing ~ one megawatt per 60 acres of land. How does that
calculation affect the Texas example?
What sort of cost/benefit
analyses are available?
You might first check out
http://www.nrel.gov/wind/
or
www.awea.org
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
.
|
|
|
| User: "quibbler" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
26 Jun 2005 09:44:20 AM |
|
|
In article <1119754601.58f7190c3266e5cdc9bd5ae92c638fb2@teranews>,
fstone69@earthling.com says...
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d27b03f93935371989760@news.readfreenews.net:
In article <1119730742.212ea08e49411b6dfd00bf22eeea8ccc@teranews>,
fstone69@earthling.com says...
"Mike Painter" <mddotpainter@sbcglobal.net> wrote in
news:Xsive.3988$Bx6.1025@newssvr13.news.prodigy.com:
Fred Stone wrote:
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004 show
relying on wind power or other non-nuclear "renewables" to
reduce air pollution or carbon dioxide emissions forces
consumers to pay
Actually they dealt with the cost of the energy to *generate*,
not the ultimate price that customers would necessarily pay and
the distinction is important. It's also important that they
stated as a premise, "Renewables are generally more expensive
than conventional generation technologies. This is due in part to
the immaturity of the technology and the more limited opportunity
to take advantage of cost savings brought about by economies of
scale". If large wind turbines were being mass produced and more
automated processes were being used on a larger scale then
they're conceding that the cost would be lower.
That is true of nuclear technology as well, and that technology is
at a much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
http://www.infinitepower.org/reswind.htm
shows that wind power can supply Texas with 400% of it's needs.
4.38% of the land area supplies 100% of the power requirement.
Interesting. Is there a discussion of the density of towers to
acheive their estimated level of power generation?
Generally speaking there needs to be at least several rotor widths of
separation. For some of the bigger generators, maybe 5 to 10 rotor
widths would be best to prevent wind shadow from other turbines.
It appears from the FAQ at www.awea.org that only 5% of the land area of
a wind farm
Well, first, I'm glad to see that you're reading the FAQ about wind.
But as to your question, I'm not sure that the 4.38% figure says what
you're suggesting. To me, that figure sounds like the land area they
are talking about the portion of texas sites over which there is the
fastest wind. That's where you put your turbine first. Of this area,
only 5% of it would be needed for the towers and roads, presuming that
roads are not already present. That would translate into .22% of the
actual land area, most of which would be roads, which would likely be
put in eventually anyway, since this isn't "pristine wilderness" were
talking about here.
is taken up by the turbines, access roads and other
structures, producing ~ one megawatt per 60 acres of land.
The 5 to 10 rotor length figure I mentioned is probably extreme.
Sometimes only a couple rotor lengths of spacing are used, so you might
be dealing with as small as 5-10 acres of top clearance. But you fall
into the same error that most people do, if you treat this as total land
usage. Many people obsess about the whole land area as though it can't
be used for any other purpose. Of course, the land was usually not being
used for much to begin with and, in farming or ranching terms these
types of land areas are considered very trivial indeed. Besides,
virtually all the land can still be used, including the road, which be a
real asset to ranchers or farmers.
How does that
calculation affect the Texas example?
I suppose that you're going to start with the standard nonsense about
how there's not enough land to fit all the turbines we need?
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
.
|
|
|
| User: "Fred Stone" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
26 Jun 2005 11:06:15 AM |
|
|
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d286d2e8d33fae9989762@news.readfreenews.net:
In article <1119754601.58f7190c3266e5cdc9bd5ae92c638fb2@teranews>,
fstone69@earthling.com says...
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d27b03f93935371989760@news.readfreenews.net:
In article <1119730742.212ea08e49411b6dfd00bf22eeea8ccc@teranews>,
fstone69@earthling.com says...
"Mike Painter" <mddotpainter@sbcglobal.net> wrote in
news:Xsive.3988$Bx6.1025@newssvr13.news.prodigy.com:
Fred Stone wrote:
Published In: Environment News
Publication Date: June 1, 2004
Publisher: The Heartland Institute
A pair of British studies released in March and April 2004
show relying on wind power or other non-nuclear "renewables"
to reduce air pollution or carbon dioxide emissions forces
consumers to pay
Actually they dealt with the cost of the energy to *generate*,
not the ultimate price that customers would necessarily pay
and the distinction is important. It's also important that
they stated as a premise, "Renewables are generally more
expensive than conventional generation technologies. This is
due in part to the immaturity of the technology and the more
limited opportunity to take advantage of cost savings brought
about by economies of scale". If large wind turbines were
being mass produced and more automated processes were being
used on a larger scale then they're conceding that the cost
would be lower.
That is true of nuclear technology as well, and that technology
is at a much higher level of current development.
In fact wind power can be scaled up.
It can only extract what is there to be extracted.
http://www.infinitepower.org/reswind.htm
shows that wind power can supply Texas with 400% of it's needs.
4.38% of the land area supplies 100% of the power requirement.
Interesting. Is there a discussion of the density of towers to
acheive their estimated level of power generation?
Generally speaking there needs to be at least several rotor widths
of separation. For some of the bigger generators, maybe 5 to 10
rotor widths would be best to prevent wind shadow from other
turbines.
It appears from the FAQ at www.awea.org that only 5% of the land area
of a wind farm
Well, first, I'm glad to see that you're reading the FAQ about wind.
But as to your question, I'm not sure that the 4.38% figure says what
you're suggesting. To me, that figure sounds like the land area they
are talking about the portion of texas sites over which there is the
fastest wind. That's where you put your turbine first. Of this area,
only 5% of it would be needed for the towers and roads, presuming that
roads are not already present. That would translate into .22% of the
actual land area, most of which would be roads, which would likely be
put in eventually anyway, since this isn't "pristine wilderness" were
talking about here.
is taken up by the turbines, access roads and other
structures, producing ~ one megawatt per 60 acres of land.
The 5 to 10 rotor length figure I mentioned is probably extreme.
Sometimes only a couple rotor lengths of spacing are used, so you
might be dealing with as small as 5-10 acres of top clearance. But
you fall into the same error that most people do, if you treat this as
total land usage.
No, I quoted the figure of 5% of the land being "used up" for the wind
turbines and other structures.
Many people obsess about the whole land area as
though it can't be used for any other purpose. Of course, the land was
usually not being used for much to begin with and, in farming or
ranching terms these types of land areas are considered very trivial
indeed. Besides, virtually all the land can still be used, including
the road, which be a real asset to ranchers or farmers.
There is also the the problem of "wind shadowing". You can't have a
rotor too close "downwind" of another rotor.
How does that
calculation affect the Texas example?
I suppose that you're going to start with the standard nonsense about
how there's not enough land to fit all the turbines we need?
I'm just trying to get at the basis for the calculations.
In any case, you're talking about a large number of turbines spread out
over a considerable fraction of the state, in places with high enough
average winds, to equal the generating capacity of a few conventional or
nuclear generating plants in a few sites on a few acres of ground each.
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
.
|
|
|
| User: "Mike Painter" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
26 Jun 2005 01:42:17 PM |
|
|
Fred Stone wrote:
<snip>
It appears from the FAQ at www.awea.org that only 5% of the land
area of a wind farm
Well, first, I'm glad to see that you're reading the FAQ about wind.
But as to your question, I'm not sure that the 4.38% figure says what
you're suggesting. To me, that figure sounds like the land area they
are talking about the portion of texas sites over which there is the
fastest wind. That's where you put your turbine first. Of this
area, only 5% of it would be needed for the towers and roads,
presuming that roads are not already present. That would translate
into .22% of the actual land area, most of which would be roads,
which would likely be put in eventually anyway, since this isn't
"pristine wilderness" were talking about here.
is taken up by the turbines, access roads and other
structures, producing ~ one megawatt per 60 acres of land.
The 5 to 10 rotor length figure I mentioned is probably extreme.
Sometimes only a couple rotor lengths of spacing are used, so you
might be dealing with as small as 5-10 acres of top clearance. But
you fall into the same error that most people do, if you treat this
as total land usage.
No, I quoted the figure of 5% of the land being "used up" for the wind
turbines and other structures.
Please tell us where the term "used up" is mentioned.
It gives the percentage of land area needed to generate the power and
nowhere does it mention the land being "used up" (It also rounds to 4%)
Many people obsess about the whole land area as
though it can't be used for any other purpose. Of course, the land
was usually not being used for much to begin with and, in farming or
ranching terms these types of land areas are considered very trivial
indeed. Besides, virtually all the land can still be used, including
the road, which be a real asset to ranchers or farmers.
There is also the the problem of "wind shadowing". You can't have a
rotor too close "downwind" of another rotor.
How does that
calculation affect the Texas example?
I suppose that you're going to start with the standard nonsense about
how there's not enough land to fit all the turbines we need?
I'm just trying to get at the basis for the calculations.
In any case, you're talking about a large number of turbines spread
out over a considerable fraction of the state, in places with high
enough average winds, to equal the generating capacity of a few
conventional or nuclear generating plants in a few sites on a few
acres of ground each.
.
|
|
|
| User: "Fred Stone" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
26 Jun 2005 02:52:34 PM |
|
|
"Mike Painter" <mddotpainter@sbcglobal.net> wrote in
news:dGCve.71$j04.43@newssvr21.news.prodigy.com:
Fred Stone wrote:
<snip>
It appears from the FAQ at www.awea.org that only 5% of the land
area of a wind farm
Well, first, I'm glad to see that you're reading the FAQ about wind.
But as to your question, I'm not sure that the 4.38% figure says
what you're suggesting. To me, that figure sounds like the land
area they are talking about the portion of texas sites over which
there is the fastest wind. That's where you put your turbine first.
Of this area, only 5% of it would be needed for the towers and
roads, presuming that roads are not already present. That would
translate into .22% of the actual land area, most of which would be
roads, which would likely be put in eventually anyway, since this
isn't "pristine wilderness" were talking about here.
is taken up by the turbines, access roads and other
structures, producing ~ one megawatt per 60 acres of land.
The 5 to 10 rotor length figure I mentioned is probably extreme.
Sometimes only a couple rotor lengths of spacing are used, so you
might be dealing with as small as 5-10 acres of top clearance. But
you fall into the same error that most people do, if you treat this
as total land usage.
No, I quoted the figure of 5% of the land being "used up" for the
wind turbines and other structures.
Please tell us where the term "used up" is mentioned.
Read the sentence at the top of this post.
It gives the percentage of land area needed to generate the power and
nowhere does it mention the land being "used up" (It also rounds to
4%)
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
.
|
|
|
|
|
| User: "quibbler" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
26 Jun 2005 10:27:06 PM |
|
|
In article <1119801976.7609147663c7a97f52927a3ac979bce6@teranews>,
fstone69@earthling.com says...
No, I quoted the figure of 5% of the land being "used up" for the wind
turbines and other structures.
Of that alleged 5%, most of it is for the road.
Many people obsess about the whole land area as
though it can't be used for any other purpose. Of course, the land was
usually not being used for much to begin with and, in farming or
ranching terms these types of land areas are considered very trivial
indeed. Besides, virtually all the land can still be used, including
the road, which be a real asset to ranchers or farmers.
There is also the the problem of "wind shadowing".
Yes, I actually mentioned that problem. That's handled by appropriate
spacing, though it's only really necessary on larger farms.
You can't have a
rotor too close "downwind" of another rotor.
No kidding. So what. It's not like the air is that limited a resource.
There are plenty of barren areas with good wind. Many ranchers or land
owners are quite happy to be paid for siting a wind turbine.
How does that
calculation affect the Texas example?
I suppose that you're going to start with the standard nonsense about
how there's not enough land to fit all the turbines we need?
I'm just trying to get at the basis for the calculations.
Actually, it sounds like you're desperately casting around for an excuse
to justify neglecting wind power when it could make important
contributions to US energy independence.
In any case, you're talking about a large number of turbines spread out
over a considerable fraction of the state
That's what you want. That way the turbines are experiencing diverse
weather conditions.
, in places with high enough
average winds, to equal the generating capacity of a few conventional or
nuclear generating plants in a few sites on a few acres of ground each.
Why do you automatically assume that a centralized, single point of
failure, like a nuclear power plant, is preferable to a decentralized
wind system?
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
.
|
|
|
| User: "Fred Stone" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
27 Jun 2005 06:45:14 AM |
|
|
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d291ff437d9eb4b989764@news.readfreenews.net:
In article <1119801976.7609147663c7a97f52927a3ac979bce6@teranews>,
fstone69@earthling.com says...
No, I quoted the figure of 5% of the land being "used up" for the
wind turbines and other structures.
Of that alleged 5%, most of it is for the road.
That's the figure given by your own sources.
Many people obsess about the whole land area as
though it can't be used for any other purpose. Of course, the land
was usually not being used for much to begin with and, in farming
or ranching terms these types of land areas are considered very
trivial indeed. Besides, virtually all the land can still be used,
including the road, which be a real asset to ranchers or farmers.
There is also the the problem of "wind shadowing".
Yes, I actually mentioned that problem. That's handled by appropriate
spacing, though it's only really necessary on larger farms.
Which means you cannot put the turbines as close together as you were
saying.
You can't have a
rotor too close "downwind" of another rotor.
No kidding. So what. It's not like the air is that limited a
resource. There are plenty of barren areas with good wind. Many
ranchers or land owners are quite happy to be paid for siting a wind
turbine.
Those barren areas also have no roads. Given the Greens' attitude
towards roads and other construction in such areas, how are they going
to be convinced to withdraw their objections?
How does that
calculation affect the Texas example?
I suppose that you're going to start with the standard nonsense
about how there's not enough land to fit all the turbines we need?
I'm just trying to get at the basis for the calculations.
Actually, it sounds like you're desperately casting around for an
excuse to justify neglecting wind power when it could make important
contributions to US energy independence.
No, I'm trying to do something you haven't done for nuclear power;
understand the engineering principles.
In any case, you're talking about a large number of turbines spread
out over a considerable fraction of the state
That's what you want. That way the turbines are experiencing diverse
weather conditions.
Which means that they aren't all operating efficiently. And it means
that many more access roads and other "development" in those
"evironmentally pristine" barren areas.
, in places with high enough
average winds, to equal the generating capacity of a few conventional
or nuclear generating plants in a few sites on a few acres of ground
each.
Why do you automatically assume that a centralized, single point of
failure, like a nuclear power plant, is preferable to a decentralized
wind system?
A nuclear plant is no more a single point of failure than a conventional
power plant. Most plants have several generators and a considerable
degree of redundant backup.
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
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| User: "quibbler" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
27 Jun 2005 11:54:39 AM |
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In article <1119872715.22a017cee5654df867c0b373598fc244@teranews>,
fstone69@earthling.com says...
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d291ff437d9eb4b989764@news.readfreenews.net:
In article <1119801976.7609147663c7a97f52927a3ac979bce6@teranews>,
fstone69@earthling.com says...
No, I quoted the figure of 5% of the land being "used up" for the
wind turbines and other structures.
Of that alleged 5%, most of it is for the road.
That's the figure given by your own sources.
Yes and the break it down to indicate that most of this percentage is
roads.
Many people obsess about the whole land area as
though it can't be used for any other purpose. Of course, the land
was usually not being used for much to begin with and, in farming
or ranching terms these types of land areas are considered very
trivial indeed. Besides, virtually all the land can still be used,
including the road, which be a real asset to ranchers or farmers.
There is also the the problem of "wind shadowing".
Yes, I actually mentioned that problem. That's handled by appropriate
spacing, though it's only really necessary on larger farms.
Which means you cannot put the turbines as close together as you were
saying.
No, the spacing over dozens of acres exactly addresses that problem. It
is precisely the reason that they are spaced at least a few rotor widths
apart.
You can't have a
rotor too close "downwind" of another rotor.
No kidding. So what. It's not like the air is that limited a
resource. There are plenty of barren areas with good wind. Many
ranchers or land owners are quite happy to be paid for siting a wind
turbine.
Those barren areas also have no roads. Given the Greens' attitude
towards roads and other construction in such areas, how are they going
to be convinced to withdraw their objections?
These aren't forests we're talking about. Yes, some environmentalists
haven't been enthusiastic about wind, just as they haven't been about
nuclear or hydro or just about anything else. Wind sites are licensed
to address all those competing interests and factors.
Actually, it sounds like you're desperately casting around for an
excuse to justify neglecting wind power when it could make important
contributions to US energy independence.
No, I'm trying to do something you haven't done for nuclear power;
understand the engineering principles.
I've certainly looked at it and probably understand the principles
involved better than you, just as I understand the wind generation
technology far better than you do.
In any case, you're talking about a large number of turbines spread
out over a considerable fraction of the state
That's what you want. That way the turbines are experiencing diverse
weather conditions.
Which means that they aren't all operating efficiently.
No it doesn't mean that. Efficiency and capacity are different issues.
And it means
that many more access roads and other "development" in those
"evironmentally pristine" barren areas.
They are not uninhabited areas. They might be cattle ranches or farms
for example, which is far from "evironmentally pristine".
, in places with high enough
average winds, to equal the generating capacity of a few conventional
or nuclear generating plants in a few sites on a few acres of ground
each.
Why do you automatically assume that a centralized, single point of
failure, like a nuclear power plant, is preferable to a decentralized
wind system?
A nuclear plant is no more a single point of failure than a conventional
power plant.
In other words, both are single points of failure. A generation plant
can be shut down completely, but wind power can only completely stop if
every single turbine stops.
Most plants have several generators
No kidding, *****. They often has several main generators.
and a considerable
degree of redundant backup.
There is separate standby generation capacity for all utilities.
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
.
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| User: "Fred Stone" |
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| Title: Re: Build Nuclear Plants, ban Oil! |
27 Jun 2005 12:27:28 PM |
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quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d29dd387a06bcbc989772@news.readfreenews.net:
In article <1119872715.22a017cee5654df867c0b373598fc244@teranews>,
fstone69@earthling.com says...
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d291ff437d9eb4b989764@news.readfreenews.net:
In article <1119801976.7609147663c7a97f52927a3ac979bce6@teranews>,
fstone69@earthling.com says...
No, I quoted the figure of 5% of the land being "used up" for the
wind turbines and other structures.
Of that alleged 5%, most of it is for the road.
That's the figure given by your own sources.
Yes and the break it down to indicate that most of this percentage is
roads.
So why the scare quotes around "alleged"?
Many people obsess about the whole land area as
though it can't be used for any other purpose. Of course, the
land was usually not being used for much to begin with and, in
farming or ranching terms these types of land areas are
considered very trivial indeed. Besides, virtually all the land
can still be used, including the road, which be a real asset to
ranchers or farmers.
There is also the the problem of "wind shadowing".
Yes, I actually mentioned that problem. That's handled by
appropriate spacing, though it's only really necessary on larger
farms.
Which means you cannot put the turbines as close together as you were
saying.
No, the spacing over dozens of acres exactly addresses that problem.
It is precisely the reason that they are spaced at least a few rotor
widths apart.
We still haven't got to the actual density of wind turbines in a large
scale application.
You can't have a
rotor too close "downwind" of another rotor.
No kidding. So what. It's not like the air is that limited a
resource. There are plenty of barren areas with good wind. Many
ranchers or land owners are quite happy to be paid for siting a
wind turbine.
Those barren areas also have no roads. Given the Greens' attitude
towards roads and other construction in such areas, how are they
going to be convinced to withdraw their objections?
These aren't forests we're talking about. Yes, some environmentalists
haven't been enthusiastic about wind, just as they haven't been about
nuclear or hydro or just about anything else. Wind sites are licensed
to address all those competing interests and factors.
Which cuts down on the total usable sites.
Actually, it sounds like you're desperately casting around for an
excuse to justify neglecting wind power when it could make
important contributions to US energy independence.
No, I'm trying to do something you haven't done for nuclear power;
understand the engineering principles.
I've certainly looked at it and probably understand the principles
involved better than you, just as I understand the wind generation
technology far better than you do.
Your writing proves otherwise. In fact, all you seem to know is anti-
nuke propaganda and scare stories.
In any case, you're talking about a large number of turbines
spread out over a considerable fraction of the state
That's what you want. That way the turbines are experiencing
diverse weather conditions.
Which means that they aren't all operating efficiently.
No it doesn't mean that. Efficiency and capacity are different
issues.
Yes, it does mean that. Power varies as the cube of wind speed, which
means that a drop to one-half the wind speed results in a drop to one-
eighth the power output.
And it means
that many more access roads and other "development" in those
"evironmentally pristine" barren areas.
They are not uninhabited areas. They might be cattle ranches or farms
for example, which is far from "evironmentally pristine".
Cattle ranches and farms are not barren areas.
, in places with high enough
average winds, to equal the generating capacity of a few
conventional or nuclear generating plants in a few sites on a few
acres of ground each.
Why do you automatically assume that a centralized, single point of
failure, like a nuclear power plant, is preferable to a
decentralized wind system?
A nuclear plant is no more a single point of failure than a
conventional power plant.
In other words, both are single points of failure. A generation plant
can be shut down completely, but wind power can only completely stop
if every single turbine stops.
Most plants have several generators
No kidding, *****. They often has several main generators.
No kidding, jackass. That's *my* point.
and a considerable
degree of redundant backup.
There is separate standby generation capacity for all utilities.
Which even wind power advocates acknowledge would be necessary to cover
for seasonal changes in wind patterns.
--
Fred Stone
aa# 1369
"Metaphysics is almost always an attempt to prove
the incredible by an appeal to the unintelligible."
[H.L. Mencken, "Prejudices"]
.
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| User: "quibbler" |
|
| Title: Re: Build Nuclear Plants, ban Oil! |
27 Jun 2005 05:47:17 PM |
|
|
In article <1119893346.21b3f47a6fb05d31b280803edba8887f@teranews>,
fstone69@earthling.com says...
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d29dd387a06bcbc989772@news.readfreenews.net:
In article <1119872715.22a017cee5654df867c0b373598fc244@teranews>,
fstone69@earthling.com says...
quibbler <quibbler247@yahoo.com> wrote in
news:MPG.1d291ff437d9eb4b989764@news.readfreenews.net:
In article <1119801976.7609147663c7a97f52927a3ac979bce6@teranews>,
fstone69@earthling.com says...
No, I quoted the figure of 5% of the land being "used up" for the
wind turbines and other structures.
Of that alleged 5%, most of it is for the road.
That's the figure given by your own sources.
Yes and the break it down to indicate that most of this percentage is
roads.
So why the scare quotes around "alleged"?
Which quotes and how did you determine it was a "scare quote", if you
even know what that means.
No, the spacing over dozens of acres exactly addresses that problem.
It is precisely the reason that they are spaced at least a few rotor
widths apart.
We still haven't got to the actual density of wind turbines in a large
scale application.
That's because density is pretty much a non-issue, except with respect
to the massive bone density of your cranium. There are other
renewables, such as geothermal or wave power which has high energy
density, but in those cases, the anti-enviros switch to other silly
criticisms.
You can't have a
rotor too close "downwind" of another rotor.
No kidding. So what. It's not like the air is that limited a
resource. There are plenty of barren areas with good wind. Many
ranchers or land owners are quite happy to be paid for siting a
wind turbine.
Those barren areas also have no roads. Given the Greens' attitude
towards roads and other construction in such areas, how are they
going to be convinced to withdraw their objections?
These aren't forests we're talking about. Yes, some environmentalists
haven't been enthusiastic about wind, just as they haven't been about
nuclear or hydro or just about anything else. Wind sites are licensed
to address all those competing interests and factors.
Which cuts down on the total usable sites.
The sites were limited anyway, since it needs to be in a place with high
wind velocity. There are still more than enough usable sites to expand
substantially. Furthermore, we can go to offshore and floating systems
when most of that low-hanging fruit has been picked.
I've certainly looked at it and probably understand the principles
involved better than you, just as I understand the wind generation
technology far better than you do.
Your writing proves otherwise. In fact, all you seem to know is anti-
nuke propaganda and scare stories.
No, I know plenty of exact details about implementing wind turbine power
technology. Comparisons with nukes are something of a side issue and
it's frequently brought up by the pro-nuke side as a distraction. I'm
perfectly happy to just talk about wind power without comparing it to
nukes.
No it doesn't mean that. Efficiency and capacity are different
issues.
Yes, it does mean that. Power varies as the cube of wind speed, which
means that a drop to one-half the wind speed results in a drop to one-
eighth the power output.
No kidding. Again, I could swear that I already said that. However,
that's not an issue of efficiency. That's an issue of less power being
available. But the percentage of power that is available can still be
*efficiently* extracted. Less available power does not necessarily
imply less efficiency in the case of wind power. Thanks for playing.
And it means
that many more access roads and other "development" in those
"evironmentally pristine" barren areas.
They are not uninhabited areas. They might be cattle ranches or farms
for example, which is far from "evironmentally pristine".
Cattle ranches and farms are not barren areas.
Ok Fred, you win. They don't have to be 100% barren. There are plenty
of marginal and almost barren regions. Have you been to the texas
panhandle or not?
In other words, both are single points of failure. A generation plant
can be shut down completely, but wind power can only completely stop
if every single turbine stops.
Most plants have several generators
No kidding, *****. They often has several main generators.
No kidding, jackass. That's *my* point.
No, you don't have a point. The plant itself is a point and the whole
thing can be shut down, producing a single point of failure. If you
want to argue about whether there are really two main generation systems
at the plant versus one then you're just demonstrating that you're
clueless.
and a considerable
degree of redundant backup.
There is separate standby generation capacity for all utilities.
Which even wind power advocates acknowledge would be necessary to cover
for seasonal changes in wind patterns.
Only once it expands considerably beyond the capacity that we have right
now. Seasonal issue don't exactly sneak up on people, so they can
easily be planned for and alternate sources like geothermal, OTEC,
tidal, etc can provide the backup.
--
Quibbler (quibbler247atyahoo.com)
"It is fashionable to wax apocalyptic about the
threat to humanity posed by the AIDS virus, 'mad cow'
disease, and many others, but I think a case can be
made that faith is one of the world's great evils,
comparable to the smallpox virus but harder to
eradicate." -- Richard Dawkins
.
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