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SOLAR POWER CHRISTMAS LIGHTS CANADA : THE METHOD TO DEVELOP SOLAR ENERGY - The procedure To produce Solar Energy
One of the greatest innovations of science is the invention of the tools that could capture the solar Power to consistently produce the electricity. Thanks to the innovative mind too as the intelligence of the scientists who thought of the sunlight, the steady source of Energy could be used to create heat or produce electrical power. Thanks to their creation that shows us a way to get rid of using the polluted Energy sources to be able to develop electricity. Solar Energy is the most reliable, price effective resolution of Getting the electricity consistently. It understands the declining condition of the other natural sources in earth and thus is created to make this earth a place of better living.
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[+] PEISER'S PRESENTATION ON EU "GREEN BASKETCASE" CLIMATE CHANGE AND GLOBAL WARMING POLICIES SHOCKS AUDIENCE SAY FRIENDS OF SCIENCE : may possibly 16, 2013 -- Citing Europe's 'green obsession' and inflexible, failed climate policies as main factors why so numerous EU economies are faltering on the brink of bankruptcy, Benny Peiser shocked his audience with images of EU forests ravaged by energy-poor citizens in search of Friends of Science say climate change and global warming policies need to be Depending on scientific evidence, not apocalyptic computer modeled
[+] PROINSO TO DONATE PHOTOVOLTAIC SUPPLIES THANKS TO SOLAR ENERGY SOLIDARITY SOCIAL MEDIA CAMPAIGN : December 15, 2011 -- * The goal of this campaign is to turn the users' solar Energy votes into solar PV supplies donated by PROINSO to PV solidarity projects in underprivileged * SOLAR Power SOLIDARITY is actually a social action to be available until January 12 on PROINSO's Facebook pages in Spain, France, Italy, Germany, great Britain, Greece, the United States and * Users who check out the company's Facebook pages are just a click away from contributing 1 watt of actual Besides, they will have the capacity to give their opinions or share their Suggestions on the future development of PV solidarity * The Watts additional with users' clicks will become PV supplies to be donated by PROINSO for the development of one or a lot more PV facilities featuring the accumulated watt peak * At PROINSO they invite Internet users to joinside the Solar Energy Solidarity campaign, highlighting that Power is "a essential element to meet people's simple needs, provide services, upgrade farming practices, and help improve quality of
[+] DR. BRUNO GOUSSAULT - INVENTOR AND CULINARY PIONEER OF THE SOUS-VIDE COOKING METHOD TO TEACH WORKSHOP AT THE AUGUSTE... : The Auguste Escoffier School of Culinary Arts, a leading school for aspiring chefs, pastry professionals and house cooks, proudly welcomes the incomparable founder of the sous-vide cooking procedure and Chief Scientist of The Culinary analysis and Education Academy, Dr."Mon, 09 Sep 2013 14:06:00 -0700"
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The president avoided a specific policy agenda and instead focused on America's domestic successes.President Obama has outlined energy policy goals in every one of his State of the Union addresses. But he avoided specifics in tonight's speech and instead celebrated positive domestic changes in fossil fuels and renewable electricity.
As gasoline prices continue to drop, low natural gas prices give domestic manufacturers a competitive edge, and the renewable energy industry breaks investment and installation records, the president used his speech to remind Americans how much had changed since he took office.
"We believed we could reduce our dependence on foreign oil and protect our planet. And today, America is number one in oil and gas. America is number one in wind power. Every three weeks, we bring online as much solar power as we did in all of 2008. And thanks to lower gas prices and higher fuel standards, the typical family this year should save 750 at the pump," he said.
If that solar statistic sounds familiar, it was adapted from data on U.S. installations compiled by GTM Research's Shayle Kann. In 2014, there were twenty-two times as many solar installations as there were in 2008.
President Obama's brief comments about energy were part of a broader narrative about how the country had turned around after a "breakthrough year" in 2014.
"Tonight, after a breakthrough year for America, our economy is growing and creating jobs at the fastest pace since 1999. Our unemployment rate is now lower than it was before the financial crisis. More of our kids are graduating than ever before; more of our people are insured than ever before; we are as free from the grip of foreign oil as we've been in almost 30 years," said the president.
The speech differed from previous years, when Obama focused on aspirational targets for clean energy and fossil fuels.
Jennifer Dlouhy, an energy reporter from the Houston Chronicle, compiled quotes on energy and the environment from all six of the president's State of the Union addresses. They show a mixed track record on achieving targets from previous speeches.
In 2009, the president demanded a cap-and-trade bill, and called for a doubling of renewable energy in three years. Renewable electricity actually doubled in two years; however, renewable fuels have largely struggled.
In 2010, he called for more advanced nuclear, a comprehensive energy bill and eliminating tax breaks for fossil fuels. Months later, the cap-and-trade bill flamed out. And although the administration has set aside small amounts of money for nuclear, it has not built a strategy around the technology.
Obama declared 2011 a "Sputnik moment" for energy innovation, setting a goal of putting 1 million electric cars on the road by 2015 and procuring 80 percent of electricity from renewables by 2035. The White House later walked back the EV goal after sales failed to take off as expected. And the government's energy research arm, the Energy Information Administration, later released an analysis showing that America would only get 9 percent of electricity from renewables by 2035 -- an absurdly low assumption, but not a positive message for the White House.
In 2012, the president fully embraced the unconventional oil and gas boom, and used a phrase that roiled environmentalists: "all of the above." On clean energy, he called for a national renewable energy standard, passage of the Production Tax Credit (PTC) for wind, and a comprehensive energy efficiency bill from Congress. The PTC ended up passing, but Congress has done nothing on a national renewable energy law and narrowly failed to pass the Shaheen-Portman efficiency bill last year.
In 2013, Obama stepped up rhetoric on climate change after environmentalists pressured him to talk about the issue during his campaign. He promised to use executive actions to clean up America's energy mix, saying, "if Congress won't act soon...I will." This turned out to be one of the defining pieces of the president's energy agenda. That summer, he detailed his wide-ranging climate action plan, which included EPA regulations on existing power plants.
In 2014, the president was a bit lighter on specifics. He continued using the "all of the above" phrase, and called for a bill that would boost use of natural gas in automobiles. That bill never made it through Congress.
The only policy goal outlined by Obama this year was an infrastructure plan -- seemingly as a way to hedge against his threatened veto of a bill supporting Keystone XL.
"Let's set our sights higher than a single oil pipeline. Let's pass a bipartisan infrastructure plan that could create more than 30 times as many jobs per year, and make this country stronger for decades to come," said Obama.
Other than a brief mention of an infrastructure bill, tonight's State of the Union speech was more about framing the domestic energy boom as part of a recovering America rather than laying out new goals.
The president wrapped up his energy remarks by hailing a recent climate agreement with China that could boost prospects for global climate deal.
"In Beijing, we made a historic announcement -- the United States will double the pace at which we cut carbon pollution, and China committed, for the first time, to limiting their emissions. And because the world's two largest economies came together, other nations are now stepping up, and offering hope that, this year, the world will finally reach an agreement to protect the one planet we've got."
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Post from CleanTechLaw.org: www.cleantechlaw.org
"As one of the greatest simple solutions, the Blue Revolution (BR") is rather picayune, for the others deal with the ultimates, from energy to the environment and death itself. However, the BR is symbolic of just one of the myriad supplementations absolutely necessary to complement the supreme solutions. While geoengineering of Planet Earth will remain controversial until it becomes necessary, one of the additional benefits of BR could well be to both reduce hurricanes and the Greenhouse Effect.
"There was the Green Revolution, which "merely" provided better and more grains, but did, indeed, revolutionize farming. Norman Borlaug won a Nobel Prize for that development. So Hawaii State Senator Richard Matsuura, a PhD agriculturist, who had worked for Borlaug, and I, thought we had something potentially more monumental, a cornucopia of sustainable natural products from the ocean, and presented the first talk on the BR in 1991 to the First Very Large Floating Structures Conference held in Honolulu. Senator Dan Inouye and I (as ghost writer") in 1992 published in "SEA TECHNOLOGY": The American Blue Revolution.
The power to run the BR is ocean thermal energy conversion, or OTEC. While not as historical as Jules Verne, who in 1870 introduced the concept (TWENTY THOUSAND LEAGUES UNDER THE SEA)...
" I GET EVERYTHING FROM THE OCEAN. IT PRODUCES ELECTRICITY, AND ELECTRICITY "
" SUPPLIES THE NAUTILUS WITH LIGHT - IN A WORD, WITH LIFE."
...and Jacques-Arsene d'Arsonval, who in 1881 proposed the science behind this technology, I nevertheless place myself right up there in the politics to initiate the effort, for I helped draft the original legislation when in 1979 I toiled in the U.S. Senate. The OTEC R">
"So what is the BLUE REVOLUTION? At 1000 meter depths, the ocean is at 4 degrees Celsius, with minerals such as phosphates and nitrates, all at the exact Redfield ratio ideal for marine growth, at very high concentrations (relative to the surface"). Thus, if you compare with land farming, we have an ideal ecosystem of free irrigation and fertilizer in space no one owns where products can be brought to market without needing to build roads. Cargo by ship is the most efficient mode of bringing products to the marketplace. If the surface temperature is warm enough, then the temperature differential can be used to generate electricity ("the redder, the hotter"):
Note that the best site for OTEC is where all those terrible typhoons are generated, just east of the Philippines. One of the benefits of bringing this deep cold water to the surface is a slight cooling so that it would be inevitable that the formation of typhoons would be retarded. Realistically, though, the first few commercial grazing plantships will be located at the equator, for that is where the average surface temperature is universally the warmest, AND NO HURRICANE HAS EVER PASSED ACROSS THE EQUATOR. In addition, there are suggestions that the chemical balance of BR operations could remediate climate warming. That was a co-written paper I presented in Singapore in 1997. If you clicked on that link, you would have also read that Stanley Dunn of Florida Atlantic University and I in 1993 co-chaired a hurricane prevention meeting:
"The U.S. Department of Commerce on May 24 of 1993 hosted a gathering at its headquarters on 14th Street in Washington, D.C., ostensibly to talk about OTEC plant-ships as a major defense conversion or National Institute of Science and Technology advanced technology program initiative. It might be indicated that the National Oceanic and Atmospheric Administration(NOAA), a component of the Commerce Department, has historically been sensitive about hurricanes because of past debacles. Representatives from General Dynamics, Lockheed, various Washington, D.C.-based consulting firms, the University of Hawaii, Florida Atlantic University, Johns Hopkins University, and NOAA surmised that a national program to explore the potential of preventing or ameliorating hurricanes was sensible. Groups were formed to identify realistic mechanisms for hurricane prevention, develop computer models to optimize at-sea experiments, recommend a financing plan to implement the program design, build and operate up to 500 floating plantships, and recommend a financing plan to implement the program. The next two sections touch on the team assigned the basic modeling program".
"Thus, rather than outer space, the BR is clearly the next frontier for economic development, a wide-ranging effort to develop sustainable products from the ocean, while enhancing the marine and global environments. There is promising potential for grazing platforms, powered by OTEC, to host next generation fisheries (read my Huffington Post article on The Ultimate Ocean Ranch"), marine biomass plantations, and a variety of renewable energy systems to produce hydrogen, biofuels and freshwater. The logical evolution would be floating industrial parks and marine cities. The Pacific International Ocean Station has been proposed by Blue Revolution Hawaii to serve as the first at-sea facility to develop the above.
My feeling is that nations and companies are just not ready to support a 1.5 billion ocean adventure. Thus, the future of funding for the Blue Revolution will need to come from billionaires and their friends. iBlueRevolution is a blog site focused on seeking support from the super rich. I have actually made my commitment, by endowing my apartment now on sale to the University of Hawaii to initiate a Blue Revolution program.
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Wind turbines have become airborne! An enormous helium-filled wind turbine will soon float over the city of Fairbanks, Alaska to produce enough electricity for more than a dozen families living off the grid. Designed and built by MIT startup Altaeros Energies, the turbine known as BAT-Buoyant Airborne Turbine will hover at an altitude of 1,000 feet for 18 months, catching air currents that are five to eight times more powerful than winds on the ground.
Read the rest of World's First Airborne Wind Turbine to Bring Renewable Energy and WiFi to Alaska
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Post tags: "wind power", Altaeros Energies floating turbine, Altaeros Energies wind turbine, BAT turbine, Buoyant Airborne Turbine, floating wind turbine, futuristic wind turbine, green technology, hellium-filled turbine, MIT green technology, MIT wind technology, renewable energy, wind energy, wind turbine design
Source: amosrenewableenergy.blogspot.com
Alternative energy is commonly defined as any type of energy source other than traditional fossil fuels. More than ever people are looking for alternative energy sources as the costs of traditional fossil fuels rise and the environmental impacts of their use become clearer. Biofuels, wind power, hydrogen and geothermal are some of the more popular alternative energy choices, but they are still much underused.ALTERNATIVE BIOFUELSBiofuels, like fossil fuels, are generated by taking organic matter and then converting it into some form of combustible fuel. Biofuels, however come from much more recent sources. The term biofuel covers ethanol and other such derivatives from sugar cane, corn and other vegetable oils. Many have hopped on the biofuel bandwagon for the simple reason that they are considered a renewable resource, and unlike fossil fuels, will be able to be produced as long as plants continue to grow. Admiration for biofuels is not universal, however. Some see the potential food sources we are converting into fuels and feel they would be put to better use feeding the poor and malnourished. Others also feel that they are no real alternative to traditional fuels, as they produce many of the same pollutants.WIND POWERWind power is electricity created when wind turns a turbine to produce electricity. Another of the more popular alternative energies, wind power comes with some drawbacks as well. First is the unreliable nature of the wind. Second, near coastlines and many other places where there is an almost constant breeze, locals have fought tooth and nail to stop proposed wind farms. One reason given for opposing such construction is aesthetics. Some people think they will ruin their property values or stick out like a sore thumb in otherwise pristine views, although advances in technology are working toward making smaller less obtrusive wind turbines.HYDROGENHydrogen power has been proposed as a direct replacement for gasoline for quite some time. However, there are several reasons why it has never achieved prominence, even though companies such as GM and Ford have gone as far as producing prototypes. First, Hydrogen is still expensive to produce, although it is getting cheaper. Secondly there are worries about transporting and storing it, as it can make some metal tanks and pipes more brittle and prone to leakage. GEOTHERMALGeothermal power has been in use for quite some time, and is quite efficient, but has up until recently been limited in scope to plate tectonic boundaries. Newer computerized control technologies like the ones produced by Greensleeves Energy Solutions are helping to make geothermal units smaller, more efficient, and able to be placed in more diverse locations. Greensleeves focuses on reducing energy in an affordable manner for commercial buildings.Biofuels, wind, hydrogen and geothermal energy are some of the more popular but underutilized alternative fuels. However, technological advances are allowing them to compete with fossil fuels more and more.Follow Dude, Sustainable! on Twitter or Pinterest, or subscribe to our newsletter.
San Diego, Calif. - This March will mark the four-year anniversary of when the world's worst nuclear disaster since Chernobyl hit the northeast of Japan. Communities severely affected by the triple-disaster of earthquake, tsunami and nuclear meltdown have made a strong commitment to become energy self-reliant by producing safe, clean energy locally for local consumption. View of Iitate Village, Fukushima Prefecture The entire village of litate, located at 39 kilometers northwest of the Fukushima Daiichi Nuclear Power Plant, was forced to evacuate in order to avoid radiation exposure. To build a self-reliant community, a few of the villagers from litate got together to establish the litate Electric Power Company. litate is building a 50-kW solar system, and upon completion of the system in February, it will sell the power output to local utility Tohoku Electric Power Co....
Origin: renewable-technologies.blogspot.com
What a great way to raise capital to invest in more secure infrastructure for the country of India. Just think, even a small tax on fossil fuels to pay for the infrastructure needed to grow renewable energy would be astronomical. One of the greatest cost of new renewable energy installation is new infrastructure needed to transfer that power to where it is needed. With the low price that renewables now enjoys the economics would be beneficial to both the generators and the consumer. We have a energy infrastructure that is already at capacity and in many places at the end of use life. This country needs a new energy infrastructure in the worse way even without new generation methods. If one were to take just the calculated cost the fossil fuel economies impact on the environment and apply that to new infrastructure it would pay for itself many times over.
Smiti Mittal
India has managed to generate 2.85 billion in revenue from clean energy cess (taxes) it had introduced in 2010, essentially a coal tax.India's plans to significantly boost renewable energy infrastructure over the next few years has got a shot in the arm as the government recently announced that it has about 2.85 billion in the National Clean Energy Fund. The fund is replenished by a tax on every tonne of coal mined or imported into the country. Since its introduction in 2010, the tax was 50 per tonne for four years, but the new government doubled this tax in its first union budget announcement earlier this year.The National Clean Energy Fund will be used tofinance solar power projects under theNational Solar Mission and set up dedicated transmission lines for renewable energy projects across the country. The funds may also be disbursed to government bodies like the Indian Renewable Energy Development Agency (IREDA), which will further grant loans to renewable energy projects at concessional rates.
The government is also expected to provide viability gap funding to ultra mega solar power projects currently being pursued by various public sector companies and the recently announced canal-top solar power program from the National Clean Energy Fund.India plans to add 100 GW solar power capacity by 2022, an increase by five times over its initial plan announced in 2010. This plan would require a total investment of about 100 billion. Thus, foreign financial assistance in significant amount will be needed in addition to government-led investment. Such international funds have also begun to flow with the World Bank recently announcing debt financing for a 750 MW solar power project.
Credit: renewable-energy-dummies.blogspot.com
