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9 trillion dollar fraud that destroys the earth while claiming to save the earth.Green energy, the biggest fraud in history, sold on the lie of agw.
The real question is why do you hate it so much?
Answer: because that's how you were told to think.
Crick, you comprehension is weak, hence you believe everything you read. It is a good question, "who has spent 9 trillion dollars", seeings how I did not say 9 trillion dollars has been spent. I stated Green/Renewable/Alternative Energy is a 9 trillion dollar fraud. I guess I should of said 10-11 trillion dollar fraud to account for what has been spent thus far.Who has spent 9 trillion dollars?
In your haste you may not have noticed this, but alternative energy systems ARE putting power into the world's grids.
Spain, Greece, and Germany are cutting Solar and Wind power to their grids, its bankrupting their countries. The news about Brazil is they economy is crashing on Green Energy, the diverted money from developing water resources to Alternative Energy now they are suffering massive black-outs.
The Spanish Government and People disagree with you!Spain....
38% Of Spain’s July Electricity Demand Was Met By Wind and Solar Power
August 15th, 2014 by Mridul Chadha
Solar and wind energy sector has a bumper output in Spain last month as the two technologies fulfilled more than a third of the country’s total electricity demand.
Low-carbon electricity sources generated more than 55% of the electricity consumed in Spain last month as power generated from wind energy increased substantially. Almost 30% of the total electricity consumed last month was generated by wind energy projects, while about 4% each was generated by solar photovoltaic and concentrated solar power projects. Electricity generated from nuclear power projects constituted about 18% of the country’s total demand.
July’s share of wind and solar power technologies was significantly higher than their respective share in power generated during the first six months of the year. Between January and July 2014, the share of wind energy was about 22% while that of solar PV was 3.3%.
The wind energy sector has been consistently increasing its share in Spain power generation sector. In 2013 wind energy had the highest share among all technologies in the country’s generation mix. Wind energy projects supplied 21.1% of all electricity consumed in Spain, followed by nuclear power projects which had a share of 21%. During January, February, March and November, wind energy had the highest share in the generation mix.
Renewable energy technologies – wind, solar PV, and solar thermal – represented 49% of the total power generation capacity added in 2013. Generation from coal, natural gas-based power plants, as well as nuclear power generation fell in 2013. Portugal also reported that 70% of the electricity consumed in 2013 was generated by renewable energy sources.
As a result, greenhouse gas emissions from the electricity sector in the Spanish peninsula fell 23.1% to 61.4 million tonnes of CO2e.
Spain has paid €56 billion in subsidies to renewable energy projects since 1998. These projects will receive an additional €142 billion over their lifetimes. The Spanish government intends to restrict the subsidies to renewable energy projects through a bill approved recently. As per the new rules, existing renewable energy projects will be able to earn 7.5% rate of return over their lifetimes.
Wind and Solar Power Provide Over 1 3 of Spain s Power in July
Spain, Greece, and Germany are cutting Solar and Wind power to their grids, its bankrupting their countries. The news about Brazil is they economy is crashing on Green Energy, the diverted money from developing water resources to Alternative Energy now they are suffering massive black-outs.
Elektra, you are seemingly clueless when it comes to this topic -- it is you that needs to better acclimate yourself to the subject matter and to better assimilate the information already made available.
Germany Now Produces Half Of Its Energy Using Solar
June 24, 2014 | by Stephen Luntz
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photo credit: Turelio. This solar array at Buschhoven near Bonn was an early example of the movement that has now produced half Germany's electricity demand, albeit for just an hour.
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Germany has set a new record, with solar power providing 50.6% of its electricity in the middle of the day on Monday June 9th. Solar production peaked that day at 23.1GW. Three days earlier it was 24.2GW between 1 and 2pm, but on the 9th demand was down for a public holiday, allowing the breaking of the psychological 50% barrier.
Reporting of the achievement has been quite inaccurate in some cases. Coverage has often confused electricity demand with total energy consumption, which properly includes heating and industrial uses of natural gas, although these would have been low on a warm public holiday. Headlines have often implied that the 50% threshold was exceeded for over a fortnight, rather than a single hour.
Nevertheless, the scale of the achievement is considerable. Germany is not a sunny place. Indeed more than 90% of the world's population lives in countries with substantially more sunlight.
Even by European standards German solar panels have little to work with.
Consequently, it is wind, rather than solar, that has been the backbone of Germany's Energiewende, the transition to renewable, non-polluting sources of power.
The shift to solar energy in Germany has not come cheap, with €16 billion of subsidies in 2013. However, by creating a level of demand that spurred mass manufacturing, Germany has played a large part in bringing the cost of solar panels down by 80% in five years, allowing other countries to follow in its footsteps for a fraction of the price, particularly those with more sunlight.
Moreover, where the initial stages of the move to wind were driven by government subsidies, solar power in Germany can now compete with fossil fuels on price alone, andcontinues to expand, albeit at a slower rate than a few years ago.
German solar production is up 34% compared to the same time last year as a result of both better weather and increased installations. While the first is unpredictable, increasing quantities of panels ensure that the 50% record will be breached again, probably this year.
Germany Now Produces Half Of Its Energy Using Solar IFLScience
No60 m² of solar panels? One panel is 1.6 m². 60 / 1.6 = 38 panels.
38 Panels would cost $10.6 Thousand dollars. That does not include power inverter, or batteries, or the charger controller or any wiring, nor housing for equipment, or surge protections, or breakers and disconnects. That can easily add up to another $10 Thousand.
So $20K. I spend about $50 a month on electricity. In 400 years, I'll break even. Perhaps I use little electricity. Let's say $100 a month. That's 200 years to break even. Let's say the government subsidizes the big solar companies, to the tune of 50%. That's 100 years, to break even.
Fail?
http://www.wholesalesolar.com/products.folder/module-folder/Astronergy/CHSM6612P-300.html
Each panel measures almost 2 m2 . Each provides 300 w, and each costs 300 US.
That's $9,000, and as I said that includes the energy to charge two electric cars ( for a daily 45 mile ride each ).
So you'll have to add the equivlent expense for gas ( petrol ).
To cover just my electricity needs 2 of the aforementioned panels are more than enough.
That's $600 ... I pay a lot less than you in electricity $12. 600/12 = 50 months.
Considering batteries and wiring , it would add up a lot more : $1800 = 150 months . = 12.5 years.
And as I said , I don't like current batteries. But I do get to the break-even price
Mind you , last time I checked $50 * 12 months * 200 years = 120,000. I think you made a math mistake.
Fail ?
Greece is dead, bailout time again.Greece....
Greece Sees Impressive Solar PV Growth Despite Banking Crisis
Paul Gipe, Contributor
January 31, 2013 | 4 Comments
Despite on the ongoing financial tragedy that has gripped Greece for the past three years, the country has risen Phoenix-like from the ashes to become one of the world's largest markets for solar photovoltaics (solar PV).
According to data compiled by the Hellenic Association of Photovoltaic Companies (HELAPCO), Greeks installed more than 900 MW of solar PV last year, bringing total installed capacity to more than 1,500 MW.
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Both in relative and absolute terms Greece has become a world leader in solar energy development. The country now ranks third in solar PV per capita worldwide, behind only Germany and Italy.
Greece has now installed five times more solar PV per capita than the U.S.
Greece Sees Impressive Solar PV Growth Despite Banking Crisis
Well , of course solar is not for everyone.Here where I live, this past week was cloudy every day. Following your plan, I'd be fired by now.
Again, if this works for you, then more power to you. I truly mean that. If you can live as a hobbit, I'm all for people living how they wish.
But as a social policy, that's a fail. And we most certainly should not be taxed, to pay for your hobbit life style.
Who has spent 9 trillion dollars?
In your haste you may not have noticed this, but alternative energy systems ARE putting power into the world's grids.
Greece....
Greece Sees Impressive Solar PV Growth Despite Banking Crisis
Paul Gipe, Contributor
January 31, 2013 | 4 Comments
Despite on the ongoing financial tragedy that has gripped Greece for the past three years, the country has risen Phoenix-like from the ashes to become one of the world's largest markets for solar photovoltaics (solar PV).
According to data compiled by the Hellenic Association of Photovoltaic Companies (HELAPCO), Greeks installed more than 900 MW of solar PV last year, bringing total installed capacity to more than 1,500 MW.
![]()
Both in relative and absolute terms Greece has become a world leader in solar energy development. The country now ranks third in solar PV per capita worldwide, behind only Germany and Italy.
Greece has now installed five times more solar PV per capita than the U.S.
Greece Sees Impressive Solar PV Growth Despite Banking Crisis
Not if it is done like this. You sell, during the day, when you are not using the electricity, what you produce to the power company at the wholesale rate that is being paid by the utility at that time. At night, you buy electricity at the retail price.Going grid parallel is the answer to that.
Yes , of course , but for some reason I feel that's cheating on the electric company![]()
WHAT'S AT STAKE
The Navajo Generating Station is the largest coal-fired power plant on the Colorado Plateau and one of the ten biggest polluters in the country.
It is just 12 miles from the Grand Canyon and responsible for frequently polluted air that makes vistas hazy and unhealthy at the park.
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Haze obscures a view of the Grand Canyon.
I was there on one of the smoggy days at the Grand Canyon. That is an obscenity. One of the grandest and most beautiful areas on the planet, and the power companies choose to pollute it.
Not if it is done like this. You sell, during the day, when you are not using the electricity, what you produce to the power company at the wholesale rate that is being paid by the utility at that time. At night, you buy electricity at the retail price.Going grid parallel is the answer to that.
Yes , of course , but for some reason I feel that's cheating on the electric company![]()
So, during the day, you are just another generator at the time of most use, during the night, you are a customer at the time of least use. Win-win.