Though the capital costs of ZCA2020 are much higher than BAU, more money is saved because
solar power plants do not need a constant supply of coal and gas for fuel.
Of course, the sun doesn't always shine and, at present, the eSolar design has limited capacity to store energy — either as heat or electricity — nor does it supplement production by burning natural gas as some other existing concentrating
solar power plants do.
Not exact matches
A bolder bet is Shell's effort to build
solar farms near gas - fired
power plants, constructing hybrid generating systems that allow Shell to
do what amounts to new - energy arbitrage: tap different energy sources at different times and in different amounts to maximize profits.
How
plants do this remains unknown, but probing that mind - blowing mystery stands to lead to the next breakthrough in
solar power.
Darin Kingston of d.light, whose profitable
solar -
powered LED lanterns simultaneously address poverty, education, air pollution / toxic fumes / health risks, energy savings, carbon footprint, and more Janine Benyus, biomimicry pioneer who finds models in the natural world for everything from extracting water from fog (as a desert beetle
does) to construction materials (spider silk) to designing flood - resistant buildings by studying anthills in India's monsoon climate, and shows what's possible when you invite the planet to join your design thinking team Dean Cycon, whose coffee company has not only exclusively sold organic fairly traded gourmet coffee and cocoa beans since its founding in 1993, but has funded dozens of village - led community development projects in the lands where he sources his beans John Kremer, whose concept of exponential growth through «biological marketing,» just as a single kernel of corn grows into a
plant bearing thousands of new kernels, could completely change your business strategy Amory Lovins of the Rocky Mountain Institute, who built a near - net - zero - energy luxury home back in 1983, and has developed a scientific, economically viable plan to get the entire economy off oil, coal, and nuclear and onto renewables — while keeping and even improving our high standard of living
New York State Gov. Andrew M. Cuomo has proposed expanding the Long Island Pine Barrens by 800 acres around the decommissioned Shoreham nuclear
power plant, but
did not include saving a site in Mastic where a developer wants to build a
solar farm.
A halt to the Millennium pipeline feeding the CPV
power plant could send a message that not only
does New York ban extraction, but the state is also clamping down on the use of natural gas from beyond its borders in favor of renewables such as wind or
solar.
, Wind farms make like a fish, Why our walls should really have ears, Squeezing
solar juice from jellyfish, Perfecting the
plant way to
power, Wave
power line jacks into the grid, Fighting the efficiency fallacies, Don't burn
plant waste, bury it, Plug - free electric cars» hidden cost.
What in effect, we would be
doing is displacing 300 oil - fired
power plants and another 300 coal - fired
power plants; so the land required for 600 fossil fuel
power plants — if you are going to think that way, if you consider the whole system, which includes mining coal, which includes drilling for oil, the refining of all that, it's not just the
power plant — that the land tradeoff actually gets to be fairly close, you know, the
solar power plant is the footprint of the
solar power and that's it.
As efficient as
solar - thermal
power plants using parabolic troughs with molten salt storage systems like Andasol 1 or Solana are, they don't capture as much of the sun's heat as is possible.
Read previous Green machine columns: Why our walls should really have ears, Squeezing
solar juice from jellyfish, Perfecting the
plant way to
power, Wave
power line jacks into the grid, Fighting the efficiency fallacies, Don't burn
plant waste, bury it, Plug - free electric cars» hidden cost, Aircon that doesn't warm the planet, A new push for pond scum
power, The dream of green cars meets reality
Does it makes sense to replace old coal - fired
power plants with new natural gas
power plants today, as a bridge to a longer - term transition toward near zero - emission energy generation technologies such as
solar, wind, or nuclear
power?
, Wind farms make like a fish, Why our walls should really have ears, Squeezing
solar juice from jellyfish, Perfecting the
plant way to
power, Wave
power line jacks into the grid, Fighting the efficiency fallacies, Don't burn
plant waste, bury it.
Wavering
solar and wind
power don't play well with baseload nuclear
plants that prefer to run at full blast, so the French must find a way to cope with this imbalance if they are to meet the European Union's directive to generate 20 percent of their electricity from renewables by 2020.
I
do know that the USA has numerous utility - scale
solar PV and
solar thermal
power plants already approved and / or under construction, in many cases with long - term
power purchase agreements already in place.
Not sure what you mean by «rate» and «commercially available
solar» covers a lot of territory from 5 KW residential rooftop installations to gigawatt - class utility - scale
power plants (both PV and thermal)-- but the cost of electricity from rooftop PV is approaching parity with the retail cost of grid electricity, and that's the point at which distributed PV will explode like cell phones and personal computers
did.
When climate scientists start acting as advocates for some specific technology, writing letters demanding the nuclear
power plants stay open, when many other experts in the energy field have well - developed reasons for closing them and going with wind /
solar / storage instead, it doesn't
do climate activism any good.
«Yes, please, why don't you «point out» once again that installing concentrating
solar ther / mal
power plants on one percent of the USA's deserts...»
Ramping that up significantly requires years of lead time to build factories & equipment... I've never seen a study that didn't betray an obvious bias, but it doesn't seem unreasonable to think that the time & cost to
do all this, and get say 100 GWatts of
solar panels out there generating
power, is going to be much different from that needed to build 100 nuclear
plants.
It
does depend upon the technology, but for example, the concentrated
solar power plants proposed for Ivanpah Valley in the Mojave Desert would use about 100 acre feet of water a year — but most of that would be not in
power productions but used to wash the mirrors:
Ramping that up significantly requires years of lead time to build factories & equipment... it doesn't seem unreasonable to think that the time & cost to
do all this, and get say 100 GWatts of
solar panels out there generating
power, is going to be much different from that needed to build 100 nuclear
plants.»
Rather than handing out
solar ovens (which many communities don't embrace in any case), could your plan include helping powerless residents in poor places become
solar entrepreneurs (while they wait for a
power plant to get built somewhere, someday)?
Off - grid
solar is already providing electricity to communities in rural Africa, India, the Caribbean and elsewhere who will never get access to grid
power from nuclear or any other form of large, centralized generation, because the resources to build either the grids or the giant
power plants do not exist, nor
do those communities have the wealth to purchase grid
power.
President Climate Action Plan
does not recommend nuclear
power plants, mainly recomend
solar and wind
power.
However, while displacing all fossil fuel
power plants with
solar and wind farms is necessary in curbing the flow of additional greenhouse gases into our atmosphere, it
does nothing to capture the prevailing stock of greenhouse gases that has already accumulated.
Understanding the significance of this last fact relies on the appreciation that displacing all fossil fuel
power plants with
solar and wind farms, while necessary in curbing the flow of additional greenhouse gases into our atmosphere,
does nothing to capture the prevailing stock of greenhouse gases accumulated from 150 years of industrialization and that will remain in the atmosphere for upwards of a hundred or more years to come.
Due to the unreliability of wind
power and
solar your electricity will still come from coal and gas
power plants when those don't work on windless and cloudy days.
There is evidence that the Midwest is steadily decarbonizing its electricity generation through a combination of new state - level policies (for example, energy efficiency and renewable energy standards) and will continue to
do so in response to low natural gas prices, falling prices for renewable electricity (for example, wind and
solar), greater market demand for lower - carbon energy from consumers, and new EPA regulations governing new
power plants.
How much cooling water
does a nuclear
power plant need compared with coal, geothermal and
solar thermal
plants (per MWh)?
Where nuclear
plants generate
power for over 90 percent of the year,
solar and wind farms
do so for 20 - 40 percent of the year.
However, BLS
does track the wage of occupations in the Utility System Construction industry group, which includes construction of
solar power plants.
A couple
solar manufacturing
plants in germany are already
doing this, they are
powering the factories from the PV Panels they produce.
Either you didn't understand the question or you are really believing that 48.8 GW of conventional
power plant capacity was on standby, ready to jump in in case the wind and
solar output suddenly would drop to 0 GW.
Nothing to Fear, Chapter 7, Concentrating
Solar Power, provides an overview of the different types of CSP, though it
does not contain information on the newly constructed Crescent Dines CSP
plant.
Do you think 40 + GW of coal power plant capacity sits around idling when solar and wind do their thin
Do you think 40 + GW of coal
power plant capacity sits around idling when
solar and wind
do their thin
do their thing?
If you
do that, you effectively replaced what you would have consumed from conventional
power plants with electricity produced by
solar panels (or wind farms).
Put another way: One dollar spent subsidizing Fitzpatrick could thus leverage almost three times as much clean electricity as a dollar spent on renewables subsidies — and deliver far more reliable
power than wind farms and
solar plants do.
Replacing every coal - fired
plant with a
solar one won't
do ANYTHING to reduce automobile emissions —
solar energy
plants won't suddenly and magically make every vehicle
solar powered.
And they say that they can
do this and replace as much
power from the
plant that as they need to replace with energy efficiency,
solar, wind and some energy storage.
Solar reactors don't include the large
power block of a CSP
plant, which is a full thermal
power station producing electricity (except with heat supplied by the sun).
Nearly all
solar power plants will require some amount of water, just as nearly all conventional
power plants do.
Previously,
solar power plants had depended on back up energy
plants powered by carbon emitting fuels because a
solar system's peak generation hours
do not coincide with the utility's peak load hours after 5 p.m. Low sunlight meant low energy generation, and this challenge scaled back the environmental benefits of
solar plants.
While New Jersey's
solar panels provide less than half the energy in December than they
do in June, the state's nuclear
plants can supply steady
power year round.
«Even if gas prices don't go lower, developments in storage,
solar, and efficiency will put downward pressure on
power prices and operational costs will continue to put upward pressure on nuclear
plant costs.»
In other words, from the grid operator's point of view,
solar energy doesn't look like a
power plant at all (those are controllable, or «dispatchable,» in the jargon), it looks like a reduction in demand.
Wavering
solar and wind
power don't play well with baseload nuclear
plants that prefer to run at full blast, so the French must find a way to cope with this imbalance if they are to meet the European Union's directive to generate 20 percent of their electricity from renewables by 2020.
There is a big
power storage issue with
solar energy, for example if the sun don't shine what would you
do with that 2 gigawatt deficit, nuclear
plants operate 24/7 not the 10 hours a day sunlight you would get as far north as the Mongolia desert.
Xcel was also caught testifying just three days later that, when concerning its nuclear
power plant, non-fossil generation (like
solar...)
did provide «a valuable hedge against potential increases in fossil fuel costs» which have been «extremely volatile.»
While the California officials have been working overtime to approve
solar power plants in time to meet a statewide renewable energy goal, its utility companies are faced with a slightly different task: How
do we incorporate all of that renewable energy it our electric grid?
For one billion dollars they could secure America's electric grid with
solar flare proof transformers, preventing every nuclear
power plant in America from melting down during a Carrington level
solar flare, which is overdue to happen and will cause a nuclear holocaust guaranteed due to the fact that they take years to cool off even after cold shutdown, they'll run out of deisel after a few days, the pumps don't work when there's no
power.