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Nation’s First Solar Highway In Oregon Is Business As Usual For Europe, Australia

By Michael d'Estries  

solar highwayThe funny thing about all the hoopla surrounding Oregon’s new proof-of-concept solar highway project is that Europe and Australia have been doing the same thing — for the last 20 years. The fact that it’s the first of its kind in the U.S. is further evidence about how much catching up we have to do.

Nevertheless, this is a positive step forward — especially for Oregon’s fledgling solar industry, which is looking to become a leader in the field for the U.S. From the article,

“Construction on the nation’s first solar demonstration project in a highway right of way has begun. At the Interstate 5 and Interstate 205 interchange in Tualatin, Oregon, 594 solar panels are being installed on a strip of land beside the highway roughly the length of two football fields. The 104-kilowatt solar photovoltaic system - covering about 8,000 square feet will produce about 112,000 kilowatt hours a year, or 28 percent of the 400,000 kilowatt hours used to light the interchange. The $1.3 million project is expected to be completed and online in December 2008.”

To offset the entire energy consumption of its highway infrastructure, the DOT estimates that it will need an additional 20 miles of solar installations on the right of way. As the price of photovoltaics continues to drop, the overall cost for such a feat may make fiscal sense; especially since those 45 million kilowatt hours used cost roughly $4 million last year.

Let’s hope Oregon paves the way for other states to take their roadways solar.



weekly posts in review

The Solar LifePort May Be The Perfect Compliment To Your Tesla Roadster

By Michael d'Estries  

Last December, I dished details on a solar roof from Solar City that was being potentially sold as an accessory for the new Tesla Roadster. Since there are only a handful of Teslas actually currently on the streets, I’m not even sure if this roof even made it past the concept stage. Still, it’s good to see that others are thinking along the same lines.

Check out this setup from Envision Solar called the LifePort. It’s pretty much a DIY kit that consists of a 22 x 22-foot steel frame with some solar panels up top. Expected output is about 4.8 mwh per year — or just about the average energy a standard American home consumes in a year. According to Ecofriend, It comes with outlets compatible with all plug-in hybrid and electric vehicles that are on the market today.

Personally, I love these setups — especially for electric vehicles — because it means there is a clean energy closed loop for your transportation needs. Simply pull into your carport after work, plug your car in (I imagine some battery storage would be useful), and charge up using solar energy overnight.

There are no sales details yet on the LifePort, but we imagine we’ll hear more news on these types of “vehicle accessories” as more electric and plug-in hybrids hit the road in the coming years.

via Ecofriend

MIT Solar Breakthrough

By Kate Weinkauf  

One obstacle for fully utilizing renewable energy has been no efficient and cost effective means of storing the energy for later use. However, that obstacle has recently been hurdled by MIT scientists inspired by the photosynthesis performed by plants.

Daniel G. Nocera, the Henry Dreyfus Professor of Energy at MIT, has developed a simple method to split water molecules and produce oxygen gas, a discovery that will pave the way for large-scale use of solar power. Later, the oxygen and hydrogen may be recombined inside a fuel cell, creating carbon-free electricity to power your house or your electric car, day or night.

Nocera hopes that within 10 years, homeowners will be able to power their homes in daylight through photovoltaic cells, while using excess solar energy to produce hydrogen and oxygen to power their own household fuel cell. In one hour, enough sunlight strikes the Earth to provide the entire planet’s energy needs for one year. Therefore, sunlight has the greatest potential of any power source to solve the world’s energy problems, said Nocera.

Seeking Adventure? Try VentureOne

By Kate Weinkauf  

Venture Vehicles, Inc. is an innovative, environmentally-friendly personal transportation company based in Los Angeles, California. According to their mission statement, they are “dedicated to changing the world of personal transportation by creating a revolutionary new class of vehicles that is ultra-clean & efficient, safe and exhilarating to drive.” The VentureOne (pictured) is one example of this dedication. VentureOne is a three wheeled, Y shaped, vehicle currently in development, due to begin sales in 2010, with an option for both a hybrid and all electric propulsion. The vehicle is, in fact, classified as a 3 wheel motorcycle instead of a car.

Venture Vehicles plans to offer packages for the VentureOne with prices ranging from $20,000 to $25,000 depending on the propulsion package and options. The HEV and PHEV versions are projected to achieve 100 mpg, with speeds of over 100 mph, and 0-60 in 7 seconds – a major breakthrough in the automotive industry—and perfect for those seeking a little adventure.

Recycle For Cash!

By Kate Weinkauf  

According to a recent article in US News and World Report, there are several companies banking on you wanting to recycle for cash. One such company, Cell for Cash, refurbishes cell phones and sells them in developing countries. You simply find your make and model on the list Cell for Cash offers and request a postage-paid box. Send the phone and your charger into the company, and you’ll receive a check!

Gazelle is a site that offers you cash for any old electronics, from smart phones to laptops to video cameras. Like Cell for Cash, you find your make and model, get a price quote, and ship the gadget to Gazelle for free. Once it’s received, Gazelle evaluates the condition of the item, strips your personal data from it, and mails you a check. Once your gadget is refurbished, it’s resold or recycled responsibly.

Cash for Clunkers allows old cars with poor environmental ratings to be traded in for cash and then scrapped. This company helps keep the worst polluters off the road while simultaneously stimulating the economy. Cash for Clunkers is currently being tested in California, Texas, and British Columbia.

RecycleBank gives you money in the form of coupons and gift certificates for grocery and pharmacy items for simply recycling your bottles, cans, and paper at home—something most of us do anyway! You receive a recycle container with an embedded computer chip that weighs how much you recycle—no sorting necessary. The program has been utilized in communities in Pennsylvania, Virginia, New York, Connecticut, Vermont, Nebraska, Maine, and New Jersey and will expand to Minneapolis and Dallas.

It’s reassuring that so many companies are committed to keeping hazardous chemicals from electronics out of our landfills. And, in such difficult economic times, it’s also reassuring to know that going green can also earn you a little green.

The Bricycle: It’s Ugly

By Kate Weinkauf  

I have an obligation to bring you the latest environmental technology—even when it’s really, really ugly. You are looking at a Bricycle, a tricycle made from marine plywood and epoxy, designed to be a lightweight “single occupant human powered vehicle with an electric assist.” Looking for a more “green” alternative to traditional vehicles, the creator insists the Bricycle has far less impact on the environment in terms of manufacture and operation—with the added health benefit if you choose to pedal.

Ok, so I don’t love the design, but here’s what I do love about the Bricycle. One man decided he wanted to make a difference. One man chose not to wait around for technology to catch up to our problems—instead, he created a solution. One man chronicled his entire process, from design to completion, and that is something really beautiful about the Bricycle.

Arizona is Getting Windy

By Kate Weinkauf  

Thanks to Iberdrola Renewables, a global energy company with headquarters in Spain, Arizona will be developing its first wind farm. Salt River Project (SRP) officials said the proposed plant is to be built about 18 miles northwest of Snowflake with turbines stretching more than 300 feet high. It is expected to cost roughly $100 million and be fully operational by next year. Currently, SRP has a 20-year contract with Iberdrola to buy 63 megawatts of energy starting before 2010. One megawatt is enough electricity to power about 250 homes at once in SRP territory.

Both SRP and Arizona Public Service Co. have been buying electricity generated at New Mexico wind farms. Thus, Arizona maintaining its own wind farm provides an alternative to buying energy generated from farms elsewhere while simultaneously creating more job opportunities within Arizona’s struggling economy. And frankly, the wind farm proposal could not be more timely as Arizonans are clamoring for more renewable energy sources and cost-effective energy alternatives.

via azcentral

The Energy Efficiency Summit East to be held in D.C.

By Kate Weinkauf  

The Energy Efficiency Summit East 2008 will explore the current status and future direction for energy efficiency and demand programs, technologies, and finance. Held in Washington, D.C. from September 8-10, this conference will bring utilities and energy service companies together with emerging customer groups to explore opportunities for expanding the use of energy efficiency and demand response technologies.

This Summit provides the occasion for government regulators to examine how to implement energy efficiency while investors and technology developers will provide an overview of new technologies that reduce energy usage. The Summit will also include an Executive Forum on Sept. 8, ‘08, “Overcoming the Market Barriers to Commercializing Demand Management & Energy Efficiency Technologies”. Hopefully putting all of these great minds together will begin a solution to our renewable energy needs and set in motion, at the very least, a dialogue for solutions.

For more information, please visit the official site here.

Check Out The Solwest Renewable Energy Fair This Weekend

By Kate Weinkauf  

This weekend kicks off the Solwest Renewable Energy Fair in John Day, Oregon. Presented by The Eastern Oregon Renewable Energies Non-profit, the fair will feature renewable energy education, networking, and support. This three-day event (July 25, 26, 27) offers engaging activities for all ages and knowledge levels. With so many industry and academic conferences surrounding renewable energy, Solwest is a refreshingly laid-back way to network and discuss important energy issues.

Participants from around the western region and beyond are invited to join the SolWest community and learn about energy efficiency, solar and wind energy, alternatively fueled vehicles, and more.

V2GREEN=V2G

By Kate Weinkauf  

Currently there is no way to store large scale energy. If energy is sent to the grid and goes unused, it is wasted. However, if there was a way to utilize electric vehicles (EV’s) as energy storage units that returned energy to the grid during peak hours, less energy would be wasted (as many of you know, this is called vehicle-to-grid or V2G technology), and V2Green has become a V2G innovator.

V2Green is a company that offers, as the CEO John Clark states: a “technology [that] establishes intelligent, two-way communication between the electrical grid and distributed power resources.” The V2Green System also allows utilities to manage the flow of energy back to the grid when necessary. This is especially valuable because intelligently managed electric power helps to reduce petroleum use and greenhouse gas emissions.

And don’t worry—this technology is not some mirage of the future. This year, Xcel Energy deployed the V2Green System in the first real-world successful trial of V2G technology, demonstrating both its capabilities and economic value, putting us on the path toward more efficient energy usage.




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