The New York Times tells us that Today’s Energy Jobs Are in Solar, Not Coal. But watch the pea – these jobs are “energy jobs”, not jobs that use energy.
Apparently it takes 79 people to create the same energy through solar as one person does through coal. (And that would be cheaper, how? )
After the solar roadways project made all these claims that they were basically ready to start manufacturing their solar roadway panels… turns out, that merely 4 years ago, the thought it would take ~50 million USD.
This is ignoring all the other issues they had:
-no functional road surface
-no plan for road manufacture
-no cost realistic plans for implementation of power transport systems.
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H/t reader kevin a:
“Green Energy Is Causing Power Shortages In Europe During An Awful Winter
Green energy subsidies and mandates have greatly increased the price of electricity throughout Germany, especially, which has some of the continent’s highest power prices. The German government has mandated that the nuclear reactors be replaced with wind or solar power, but the estimated cost of doing so is over $1.1 trillion.
If you can translate a little that would be great.”
I can translate it, but I have no time.
Sorry about that.
Google translation: HERE
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A new U.S. Energy and Employment Report is providing yet another indication that our energy paradigm is rapidly shifting away from fossil fuels. The most promise for jobs lies in clean energy, with solar jobs in particular rising at a tremendous rate.
The U.S. Dept. of Energy’s second annual report found that, in 2016, solar employment was almost double that of fossil fuel employment in the Electric Power Generation sector.
“Proportionally, solar employment accounts for the largest share of workers in the Electric Power Generation sector. This is largely due to the construction related to the significant buildout of new solar generation capacity. Solar technologies, both photovoltaic and concentrating, employ almost 374,000 workers, or 43 percent of the Electric Power Generation workforce. This is followed by fossil fuel generation employment, which accounts for 22 percent of total Electric Power Generation employment and supports 187,117 workers across coal, oil, and natural gas generation technologies.
Rising employment in solar, wind, and natural gas coincides with the shift in energy generation by source, especially given recent large-scale distributed and utility-scale solar capacity additions.”
The total number of jobs in the Traditional Energy and Efficiency sectors was 6.4 million for 2016, which includes: 1) electric power generation and fuels, 2) transmission, distribution and storage, 3) energy efficiency, and 4) motor vehicles.
A new agricultural technique may have just solved the problem of growing food in some of the world’s most inhospitable places – locations that don’t currently support traditional agriculture.
In addition, the technique can save what are clearly finite resources from extinction, something all of us should clearly favor.
As reported by Natural Blaze, as the world’s population grows, so too does its demand for food. Right now, activist organizations are battling the spread of the genetically modified organisms (GMOs) which have become prevalent in modern agriculture, despite the dangers they pose to our health.
Chile’s main solar power plants are supplying so much electricity that they have to give it away for free or face prices going down. The glut has been driven by the country’s booming copper industry.
Chile’s growing energy demand has prompted the development of 29 solar farms to supply the central grid. Booming mining production and economic growth have been the main drivers. The country is expected to install almost 1.4 gigawatts of solar power this year, up from 371 megawatts in 2015, according to Bloomberg , which is enough to supply hundreds of thousands of homes.
Energy is perhaps the most important issue of human civilization at this time, and we are fortunate to bear witness to many exciting changes happening right before our eyes when it comes to creating the shift away from destructive fossil fuel power.
Germany has impressed Europe and the world with its success in providing nearly all of the power for its forward-thinking people from green energy sources. The small but progressive Latin American nation of Costa Rica has been in the spotlight for fueling its entire nation for some 285 days of the year 2015 with renewable energies. The movement towards renewable energy seems to be taking hold in Europe:
Dubai received bid of $.0299/kWh for 800MW of solar power. This price represents the lowest yet recorded for solar power (and might not represent the end of the price drops…).
Dubai Electricity and Water Authority (DEWA) has received 5 bids from international organisations for the third phase of the Mohammed bin Rashid Al Maktoum Solar Park, said HE Saeed Mohammed AlTayer, MD & CEO of DEWA. The lowest recorded bid at the opening of the envelopes was US 2.99 cents per kilowatt hour. The next step in the bidding process will review the technical and commercial aspects of the bids to select the best one.
In the USA, in 2014 and with incentives, utility scale solar projects averaged $.05/kWh. On this bid alone, five companies bid below $.045/kW – without subsidies!
Solar tax to delay solar a desperate money making move, says solarcity CEO
Auckland, 6 April 2016 – New Zealand’s leading solar energy services provider, solarcity, has condemned Trustpower’s support of a residential solar tax as a “desperate move to squeeze every last dollar out of a dying business model”.
Last week Hawke’s Bay electricity lines operator, Unison Networks, announced it was introducing a tax of up to 26% on solar power and batteries. (1) Yesterday Trustpower community services manager Graeme Purches came out in support of the tax saying it was “completely understandable”.
Way to go, Morocco! A solar mega-plant to deliver electricity to half the country’s population.
The current winner in the renewable energy push has to be the country of Morocco, which is building a solar energy plant that will leave every other effort in the dust. Or maybe we should say, in the dark.
Right now, Morocco imports 94 to 97 percent of its energy from fossil fuels, yet it gets 3,000 hours of sunshine per year. All of that desert sunshine is about to reverse the energy-importing trend, turning the country into a leading world source of solar energy.
One of the main reasons that solar energy is growing so fast in California is “net metering” … i.e. crediting rooftop solar users for surplus power their systems create, which is fed back into the grid for use by other customers.
Currently, rooftop solar owners are credited at the same rate they would pay the utility for electricity.
Not only is net metering a huge incentive to buy solar panels, but it is part of a wave of decentralized energy production which could help to solve our protect against terrorism, fascism and destruction of our health, environment and economy.
Added: May 18, 2014
Video by Michael Naphan
It’s the roadway of the future! Feel inspired? Help us bring this project to the next step:
Check out our other videos for more info!
– Arizona solar plant achieves six hours after sun goes down (Phys.org, Oct 11, 2013):
Abengoa’s Solana plant in the desert near Gila Bend, Arizona, passed commercial testing this week The 280-megawatt Solana solar thermal power plant producing electricity without direct sunlight made the announcement on Wednesday. Abengoa said Wednesday that the facility, about 70 miles southwest of Phoenix, can store the sun’s power for six hours via thermal energy. The three -square-mile facility near Gila Bend uses concentrated solar power (CSP) technology to collect the sun’s heat. Thermal energy storage is Solana’s distinctive feature. At 280 megawatts, Solana is one of the largest plants using parabolic mirrors. Its 2,700 parabolic trough mirrors follow the sun to focus heat on a pipe containing a heat transfer fluid, which is a synthetic oil. The heat transfer fluid flows to steam boilers, where it heats water to create steam. The steam drives 140-megawatt turbines to produce electricity.