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Toyota and Tesla Announce Decision to Build RAV4 Electric Vehicle at Toyota’s Woodstock, Ontario Production Facility

Toyota and Tesla Motors, Inc. (Tesla) confirmed that their jointly-developed RAV4 electric vehicle will be built at Toyota Motor Manufacturing Canada, Inc. (TMMC) in Woodstock, Ontario beginning in 2012.
“The Tesla-Toyota joint development team has agreed that building the vehicle at the Woodstock plant on the same line as the gasoline-powered RAV4, will streamline and simplify the production process and guarantee the highest level of quality control,” said Ray Tanguay, TMMC Chairman, who hosted Canadian officials at the plant today and thanked them for their support. “This is a great example of Toyota’s determination to collaborate with companies with leading edge technology.”

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Energy-Saving Equation: GE Lighting Helps School Campus Reduce Energy Costs by More Than $200,000 Annually

Cuyahoga Valley Career Center (CVCC) recently called on GE Lighting, in conjunction with CCG Energy Solutions, to create a lighting equation that would result in better quality light and lower energy and life-cycle maintenance costs. Part of a $2.6 million comprehensive energy project, the school’s campus underwent a lighting upgrade that included state-of-the-art outdoor GE Evolve™ LED Area Lights, rooftop daylighting panels with automatic dimming, and new high-efficiency fluorescent fixtures utilizing UltraMax® ballasts and Watt-Miser® extended life lamps throughout the building. In addition to the lighting improvements, mechanical upgrades with HVAC controls and a new building automation system were implemented to provide savings of more than $200,000 annually.
Some of the most notable changes to the campus are its 215,000-square-foot parking lot, walkways and long, winding driveway that now feature more evenly distributed white light while minimizing energy consumption, disposal cost and light pollution. The original 400-watt and 250-watt metal halide “shoeboxes” were converted to 218-watt and 70-watt Evolve LEDs, which deliver 52 percent in energy savings and provide an estimated 10-year service life (50,000-hour rated life), which is four times the recommended service interval of a standard High Intensity Discharge (HID) system.
“The new LEDs direct their light more efficiently, which means less reflected light and improved utilization for a positive impact on property appearance, security and pedestrian visibility,” says Mary Beth Gotti, manager of the GE Lighting & Electrical Institute.

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Illustration of a U.S. Navy ship, energy expert in a hard hat, and solar panels, symbolizing clean energy collaboration to make the Navy more sustainable.

Green Energy U.S. Navy: Innovations in Sustainability

Back in February 2011, UC Davis agreed to help the U.S. Navy find new ways to use less energy and to derive more of the energy it does use from renewable sources such as the sun and wind, instead of oil and coal.
The primary focus of the new partnership is to cut the energy the Navy uses for outdoor lighting on its bases. The right combination of lights, sensors and computerized controls can reduce lighting energy consumption up to 70 percent, said Michael Siminovitch, director of the UC Davis California Lighting Technology Center and a professor of design at UC Davis.
The lighting center is already testing lighting systems at three military installations in California: Naval Base San Diego, California National Guard Joint Forces Headquarters in Sacramento and Beale Air Force Base in Marysville.

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Energy efficiency programs save UC $21 million per year

UC has won national praise for its 50 LEED-certified facilities, the most of any U.S. university. Many are considered shining examples of the latest in energy-efficient technology.
But most UC campus buildings were constructed long before LEED green standards and conservation took hold. Making those more efficient entails doing much more low-profile things — like fixing leaky steam pipes, making sure air conditioning doesn’t run in the winter and swapping incandescent bulbs for the latest in lighting technology.
Since January 2009, the 10 UC campuses have initiated some 400 projects to improve the efficiency of buildings, in some cases using technology developed by UC researchers. Their goal: Cut energy use, costs and emissions to year 2000 levels by 2014.
Lighting controls are part of the green lighting equation.
The results so far have saved campuses more than $21 million annually compared to what they otherwise would have paid for energy. For a system that uses about 250 megawatts of power a year, about the same as a medium size city, the impact of all the discrete fixes adds up.
“We were doing energy efficiency over years and have never stopped doing it,” said John Dilliott, campus energy manager at UC San Diego. “The huge effort to do it at all campuses, all at once, has made it a big push, as well to get everything done in next few years (to meet greenhouse gas emission goals).”
Spurring this collective drive is the UC system’s Strategic Energy Plan, implemented in 2008, which identified 2,700 potential projects, of which 900 were found most viable financially. The cost of these projects was estimated at $250 million, yielding an expected $40 million annually in avoided energy costs when they are completed.

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