Volkswagen announced Jetta Hybrid and shows off new electric Beetle concept – the E-Bugster

? Volkswagen E-Bugster VW 2013 Jetta Hybrid It won’t be officially announced until the North American International Auto Show opens its doors tomorrow (Jan 9th, 2012), but there’s been some leaks about what Volkswagen has planned. Two big announcements are due from VW – they’re going to be showing off a new Jetta Hybrid Related posts: New York Times review of the Green Car of the Year – the 2009 Volkswagen Jetta TDI Treehugger test drives the Volkswagen 2011 Touareg hybrid Hyundai’s new hybrid concept – Blue-Will

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Volkswagen announced Jetta Hybrid and shows off new electric Beetle concept the E-Bugster

Volkswagen announced Jetta Hybrid and shows off new electric Beetle concept – the E-Bugster

? Volkswagen E-Bugster VW 2013 Jetta Hybrid It won’t be officially announced until the North American International Auto Show opens its doors tomorrow (Jan 9th, 2012), but there’s been some leaks about what Volkswagen has planned. Two big announcements are due from VW – they’re going to be showing off a new Jetta Hybrid Related posts: New York Times review of the Green Car of the Year – the 2009 Volkswagen Jetta TDI Treehugger test drives the Volkswagen 2011 Touareg hybrid Hyundai’s new hybrid concept – Blue-Will

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Volkswagen announced Jetta Hybrid and shows off new electric Beetle concept the E-Bugster

Destination Clean Energy: Denver International Airport Dedicates

Share 4.4 MW of Solar Power from Constellation Energy More than 8 Megawatts of Solar Now Supplies 6 Percent of DIAs Total Electricity Needs DENVER, July 28, 2011 – Constellation Energy (NYSE: CEG) and Denver International Airport (DIA) today announced the completion of a 4.4-megawatt, ground-mounted solar power system . Constellation Energy built, owns and maintains the solar installation, and DIA will purchase the electricity produced by the system over a 20-year period. It is the third large-scale solar project for DIA, bringing the airports total amount of hosted solar power to more than 8 megawatts the most solar generation at a commercial airport in the United States. In honor of the solar projects completion, a celebration and ribbon-cutting were held today at DIA. Business and community leaders, as well as representatives from state and local government were on hand for the event, including Colorado Gov. John Hickenlooper, former Colorado Gov. Bill Ritter and Denver Mayor Michael Hancock. With the addition of this solar facility, Denver International Airports three solar array systems now produce approximately six percent of the airports total power requirements, said Kim Day, aviation manager for DIA. We support alternative energy applications at DIA because these projects are good for the environment while positively impacting our bottom line; they are financially sustainable. This airport was built with a goal of being green, and with this additional solar array, Denver International Airport now has one of the largest solar installations in North America. The system is expected to supply approximately 7,000 megawatt-hours of electricity to DIA each year, utilizing approximately 19,000 Yingli Solar photovoltaic panels. Generating the same amount of electricity using non-renewable sources would result in the release of more than 5,000 metric tons of carbon dioxide, according to U.S. Environmental Protection Agency data. “Constellation Energy congratulates DIA for its continued commitment to clean energy, said Michael D. Smith, senior vice president of green initiatives for Constellation Energys retail business. Thanks to the shared commitment of federal, state and local government, along with private business, more businesses are able to rely on solar power to achieve environmental goals and control electricity costs. Constellation Energy thanks the public and private partners who worked with us in bringing this newest solar installation online for DIA. Denver-based solar development firm Oak Leaf Energy Partners originally developed the project; its third at DIA. Oak Leaf has developed 27 commercial and utility scale solar projects in Colorado, totaling over 35 megawatts of production. Quanta Services (NYSE:PWR) Intermountain Electric, which installed and manages DIAs 2 MW and 1.6 MW solar facilities, installed the 4.4 MW project. Yingli Green Energy (NYSE: YGE) supplied the photovoltaic panels for the project. Constellation Energy currently owns and operates approximately 95 megawatts of solar installations that have been completed or are under construction for customers throughout the United States. By structuring its solar projects as power purchase agreements, Constellation Energy requires no upfront capital from its customers and is able to provide power at a fixed cost that is less than projected market rates. Commercial customers, universities, school systems, hospitals and government agencies interested in on-site solar installations of 1 megawatt or larger may contact Constellation Energy at sustainable-solutions@constellation.com or 1-877-427-2005. To watch a brief video about Constellation Energys solar power systems, please visit: http://www.youtube.com/watch?v=GyaXDmgM55M .

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Destination Clean Energy: Denver International Airport Dedicates

Wind power dispute

kxan asked: Wind power dispute

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Wind power dispute

Pepsi’s New Green PET Bottle

PepsiCo is one of the leading food and beverage businesses in the world. Since 2010, it has been focusing on protecting the earth’s natural energy resources with competent use of soil, water, power and finding and focusing on innovative ways to do so. Recently PepsiCo developed the world’s first plastic bottle made entirely from Read More… Posted in: Environment , Industry , Inventions

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Pepsis New Green PET Bottle

Is the iPhone Green?

We got this from our friends at Geekaphone and thought we would share it with you. Thinks to think about when you are wondering about those gadgets in your hand. Enjoy, and be sure and comment below with your thoughts on the green status of your e-toys. Geekaphone’s How Green is the iPhone Infographic

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Is the iPhone Green?

New Hybrid Car Comparison

Anton Rowd asked: Hybrid cars operate on the concept of utilizing gas and electric motors in maximizing fuel consumption and longer mileage. However, this does not mean that all the hybrid vehicles available on the market all achieve the same mileage and use up the same amount of fuel. Here is a hybrid car comparison of some vehicles from different brand manufacturers. The 2007 Prius The Prius sells for about $23,000 give or take a few dollars. With a 1.5-liter four-cylinder engine that can manage 76 horsepower and an electric motor with 67 horsepower, a total electric motor assist rate would be about 110 horsepower. The Prius is a front-wheel drive, four door hatchback and is said to achieve 48 miles to the gallon in the city and 45 miles to the gallon on the highway or on longer drives. The 2007 Camry Another entry from Toyota is the Camry, similar to their luxury hybrids with four-door and front-wheel drive features. It does have a larger engine, a 2.4-liter inline four-cylinder that can achieve 147 horsepower. Its electric motor is much weaker and achieves 40 horsepower which means that mileage and gas is sacrificed. Still, for a hybrid, it performs much better than conventional vehicles and can get about 33 miles to the gallon in both the city and on the highway. 2007 Saturn Aura Green Line Running with a whopping 164 horsepower, the Saturn features a 2.4 liter four-cylinder engine and an electric starting assist motor. This motor basically shuts down the vehicle when it’s on standstill and then automatically restarts it when it moves again. While this may save some gas because none is spent while it’s idle, this is not as helpful as having a real electric motor assist while the vehicle is moving. This allows for 24 miles to the gallon in the city and 32 miles per gallon on the highway; still a fraction better than a conventional gas-powered vehicle. 2007 Honda Civic Hybrid Coming up close to the Toyota Prius is the Civic hybrid which is also one powerful sedan that not only plays the part but looks the part as well. Sleek and luxurious, this beauty from Honda has a tiny 1.3 liter four-cylinder 8-valve engine and full electric motor support that promises 110 horsepower when both engines are in operation to make the car move. The car boasts 49 miles to the gallon on city streets and 51 miles to the gallon on the highway; now that’s competition for Toyota if they haven’t seen it yet. As far as hybrid cars are concerned, it’s all about the technology. For the best performance, you may want to choose one that uses less gas and has full electric motor support to give you the best mileage. Make sure to study your hybrid car comparison before making your hybrid choice. For more hybrid car comparison information, look for more reviews online. From there, you will be able to find the best car that suits your lifestyle. Read more on New Hybrid Car Comparison…

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New Hybrid Car Comparison

Making The Most Of The Free Sunlight With Solar Energy Panels Seems To Be A Good Green Scheme For Making Energy For The Home.

Having a Solar Energy Panels installation fitted is surely an environmentally supportive activity and one which should be supported as going to lower the carbon footprint by lowering CO2 emissions. Given that the Solar Energy Prices run at about ?12,000 for a typical building Solar Energy Panels installation, this can be quite an expense for a domestic customer to make. On the positive side there are payments available from the feed-in tariff that ought to provide around ?700 to ?900 per year in savings on Solar Energy Prices, by distributing surplus electricity to the national grid and for being paid for generating one’s own electricity. But the savings might not end there, if the domestic customer is prepared to check out energy saving devices and go in for high rated ones, they might well save even more. There might be a difficulty in that the building might call for more electricity at peak times than the Solar Energy Panels can generate, or maybe this might be the case at other than peak times also. In these cases, if the domestic customer wants to utilise renewable energy sources as much as possible then they might well have to check out a battery storage system and even maybe a wind turbine. While the wind turbine might make electricity, it is largely dependent on a good supply of wind, whereas Solar Energy Panels can still function in daylight, but they function better in bright sunlight. Obviously the wind turbine can be very dear compared to the Solar Energy Prices and so this might well put it out of the range of many domestic customers, also, there might be local planning restrictions on wind turbines, whilst Solar Energy Panels might well be acceptable. The most efficient and economical means would seem to be Solar Energy Panels in a building that is on-line with to the national grid, and utilising the grid to top up the Solar Energy Panels output at peak times. In this way the domestic customer will be making the most of the Solar Energy Prices they have paid and also be receive payments from the feed in tariff. Read more on Making The Most Of The Free Sunlight With Solar Energy Panels Seems To Be A Good Green Scheme For Making Energy For The Home….

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Making The Most Of The Free Sunlight With Solar Energy Panels Seems To Be A Good Green Scheme For Making Energy For The Home.

Environmentally Friendly Eyewear

Share A little different take on Green and alternative energy today as we host guest post from Sara dealing with eco-friendly eyewear . A nice shout out to Sara for contributing today. The reasons for individuals and companies alike to adopt mindful and environmentally friendly behaviors are compelling. Increasingly, businesses are joining the cause to promote best practices that support and protect the planets natural resources, and some innovative, far-seeing eyewear companies are creating stylish, eco-friendly products . Lets take a look at a few of these companies and how theyre creating beautiful frames responsibly. Read more on Environmentally Friendly Eyewear…

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Environmentally Friendly Eyewear

Photo-Electric Panels Function The Creation Of Green Energy As Electricity

More and more property owners are thinking about fitting solar panels to capture solar energy to assist with fuel costs and maybe even sell some surplus electricity back to the national grid. But how do these space age looking devices actually work? Solar Energy , quite obviously, is energy from the sun. It is intercepted by solar panels, which home owners normally put on our roofs or in a well exposed south facing position. As the suns rays strike our solar panels a voltage difference is established between alternate component layers withinthe panels, resulting in an electrical current, or at least the potential for an electrical current. By wiring up a large number of cells working identically and by adding inverters into the electronics we can gather electricity in a form which can be used by our appliances and for delivery to the national grid. A fascinating feature of the process is imagining how the solar energy arrives at our Solar Panels in the first place. It was at one time imagined that light (including sunlight) propagated in the form of waves vibrating in a medium, which was termed the aether. There was an analogy with sound waves which use air or some other medium to travel through. Indeed the early nineteenth century scientist Thomas Young “proved” by his famous two slit experiment that light did indeed travel in this way and was wavelike in nature. Later that century however, attempts to find the aether proved fruitless, accurate experiments by Mitchelson and Morley suggestingthat it was almost certain that the aether did not exist. But, if you remove air, sound cannot travel, so if there is no aether how can light manage to propagate itself? Experimenting with the photoelectric effect in 1905 lead Einstein to the conclusion that light is in fact made up of particles, known as photons, and so needs no medium, aether or otherwise. So our present thinking of how our solar panels receive energy is to think of them being bombarded by a flow of photons from the sun, each one imparting energy on impact which increases the energy of electrons in the solar panels, thus setting up the voltagedifference. (this is actually known as the photovoltaic effect because the energy gathered builds up a voltage difference between layers in the panel.) This all sounds quitereasonable, but remember Thomas Young? Well his light experiments proving the wave nature of light remain valid to this day. The wierd fact that light can, perhaps should, be regarded sometimes as a particle phenomenon and sometimes a wave phenomenon gives rise to the still mysterious business of quantum theory, wherein we must contemplate very tiny particles actually being in two places at once! Read more on Photo-Electric Panels Function The Creation Of Green Energy As Electricity…

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Photo-Electric Panels Function The Creation Of Green Energy As Electricity

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