Electric Bus To Loop University of Utah

Posted on July 3, 2012 by QuestPoint

The University of Utah has placed an order for a 40-foot, all-electric transit bus with BYD Company Limited (BYD) the largest manufacture of all-electric buses in the world. BYD’s long-range, all-electric, “GreenCity” buses have been running worldwide in commercial fleet service for the last two years. BYD’s GreenCity fleets have accumulated over 14 million miles using BYD’s internally developed electric drive technologies and Iron-Phosphate battery systems. BYD will supply one all-electric GreenCity bus to be retrofitted with WAVE’s wireless charging pad under the bus, developed by the Utah State University Energy Dynamics Laboratory, one of the leaders in wireless power transfer for vehicles. This technology will allow the BYD electric buses to pull up over an embedded charger in the asphalt with a maximum of 10 inches clearance and “opportunity charge” the waiting bus with no moving parts or unsightly wires required. The funds to test a full in-service operation of WAVE’s wireless power charging system were provided through a Federal Transit Administration grant awarded to the Utah Transit Authority.

The new BYD 40-foot GreenCity electric bus will be the first shuttle to be allowed to run across the heart of campus – a 1.7 mile loop route between the South Campus TRAX station north to the Warnock Engineering building with midway stops at the Student Union buildings. The bus runs will be timed to pick up passengers coming off eastbound trains on a 15-minute cycle. The driver will position the bus over the charging pad during several minute wait periods between runs. The embedded charge pads measure about three feet square and pose no danger to the public. Nothing protrudes above the surface to be damaged by cars, snow plows or vandals. At the core of the BYD’s GreenCity bus technology are BYD’s Iron Phosphate batteries. The BYD battery boasts the highest safety, longest service life and most environmentally friendly of all rechargeable chemistries.

“We will be the model of zero emissions rapid transit for the Nation,” said Alma Allred, the University of Utah’s Director of Commuter services. “We want to be in the forefront of technology that reduces the need for fossil fuels and has zero noise and zero pollution.” “Our electric GreenCity bus has proven that it not only significantly reduces pollution in large cities, but it has also reduced operating expenses versus Natural-Gas and Diesel buses by up to 70% — there are no internal-combustion engines to maintain and service—no engines to rebuild over the life of the vehicles”, stated Micheal Austin, Vice President of BYD America. “BYD is proud to be a part of this wireless power transfer project with WAVE ,the University of Utah and the Utah Transit Authority – we applaud their visionary leadership.”

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US Postal Service Planting Green Roofs

Posted on July 2, 2012 by QuestPoint

The U.S. Postal Service recently celebrated another example of environmental leadership as local officials announced a green roof atop the Colvin-Elmwood Post Office. The 11,300 square foot green roof will be built at no cost to the Postal Service through an innovative sustainability partnership with Onondaga County, NY. “The Postal Service continues to lead the way when it comes to making a positive impact on the environment,” said Chief Sustainability Officer, Thomas G. Day. “We’re pleased to be collaborating with the good people of Onondaga County on our second green roof, which will help the Postal Service conserve water and energy in the Syracuse metropolitan area.”

Working cooperatively with Onondaga County’s Save the Rain initiative, the Colvin-Elmwood Post Office’s roof was deemed structurally sound to support the additional weight of the soil, vegetation and other requirements of a green roof. The green roof will consist of a new membrane, layers of drainage sheet, mat, separation fabric, indigenous vegetation and a wind blanket. The green roof plan fits perfectly into the Postal Service’s commitment to create sustainable spaces and facilities wherever possible. The green roof also addresses practical concerns. The roof’s expected lifespan is up to 50 years, twice as long as the roof it will replace. It also will reduce the amount of contaminants in storm water runoff flowing into Syracuse’s municipal water system.

“At more than 11,000 square feet, the Colvin-Elmwood green roof will be one of the largest in New York,” said Day. “The Colvin-Elmwood green roof will help us meet our goals to reduce energy usage 30 percent by 2015 and greenhouse gas emissions 20 percent by 2020.”The Colvin-Elmwood green roof is part of the Postal Service’s greener facilities strategy, which includes the use of environmentally friendly building components, renewable materials, energy-efficient lighting and HVAC, low volatile organic compound parts, low-water use fixtures and solar photovoltaic systems. In the last 12 months, the Postal Service also has expanded its recycling program in Central New York to include mixed paper and cardboard, resulting in nearly 1,055 tons of materials recycled in the past year. With more than 700 postal locations, including Post Office locations in Syracuse and Central New York, and with a recycling rate of 95 percent, District Manager, Edward F. Phelan, Jr., noted the Albany district is one of the Postal Service’s first Zero Waste districts.

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Intersolar Highlights Innovations In U.S. Solar

Posted on July 1, 2012 by QuestPoint

Intersolar North America, the premier solar industry exhibition and conference in North America for solar professionals to exchange information and develop business opportunities in the U.S. solar market, returns July 9-12, 2012, marking its fifth year in San Francisco. This year’s conference program offers attendees a fresh perspective on the companies and technologies that promise to reduce cost, increase yields and further drive the competitiveness of solar power.Co-located with SEMICON West, Intersolar North America 2012 is expected to draw about 850 exhibitors and more than 22,000 registered visitors from more than 80 countries to provide a true global perspective of the solar industry. This year’s event will highlight the technology innovations that are contributing to the growth of the industry through interactive exhibits on the show floor and technical sessions during the Intersolar North America Conference in the Intercontinental Hotel. A full list of speakers and presentations is available online.

As panel prices have fallen, balance of system (BOS) advancements have emerged as a key way to reduce the overall cost per watt of solar. Mounting systems have been a crucial point of innovation, as their complexity greatly impacts the amount of time spent installing PV arrays. More than 130 companies will have the latest in mounting and tracking systems and BOS innovation on display, including Schletter, SolarBridge, SolarEdge, Shoals Technology Group, SMA America LLC and Unirac. A full list of Intersolar North America exhibitors is available online. The Intersolar smart phone app is available for download here, and includes a full list of exhibitors and an exhibition floor map and route planner.

The Innovation Exchange stage and the Practical Point stage will be home to presentations that highlight the groundbreaking technologies on display throughout the exhibition hall. Intersolar AWARD nominees will discuss their innovations in presentations that offer visitors a compact and informative overview of their latest developments at the Innovation Exchange, where the winner of the first-ever Intersolar AWARD for landmark solar projects will be announced during the Award Ceremony on Tuesday, July 10 at 4 PM. Additionally, stages in the PV Production & Technology Hall and PV Energy World will feature free presentations and practical workshops, bringing the total number of exhibition stages to four.

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Solar Energy Innovations In San Francisco

Posted on June 29, 2012 by QuestPoint

The San Francisco Public Utilities Commission’s new environmentally sustainable headquarters building at 525 Golden Gate Avenue, designed in joint venture by KMD Architects and Stevens Architects, provides a poster-child of sustainability innovation for urban office buildings, and reflects the mission of the PUC as a provider and manager of water and energy for San Francisco. All told, 525 Golden Gate in comparison to similarly-sized office buildings features 50% less of a carbon footprint, uses 32% less energy, and consumes 60% less water.The 13-level, 277,511 gross-square-foot, $190 million SFPUC headquarters building is one of the greenest urban office buildings of its kind, bringing together in a modern, contextually-designed office tower some of the most innovative new technologies at the forefront of building design.

“What better organization than a major municipal power and water agency to create one of the most advanced buildings in green design in the U.S.,” said David Hobstetter, Principal of KMD.“Our intent from the beginning was to create the most energy-efficient office building developed in an urban setting in the United States to date,” said Ryan Stevens, KMD’s Director of Design. “Many of these features are uncommon in buildings today, but will be commonplace in years to come.”

A wind turbine tower on the north facade, solar panels on sunny exteriors, sun-shading and other techniques combine to make the building one of the most power-efficient anywhere, using 32% less energy than similarly-sized office buildings. The integrated, hybrid solar array and wind turbine installation can generate up to 227,000 kilowatt hours per year or 7% of the building’s energy needs. A state-of-the-art raised flooring system incorporates the building’s data and ventilation infrastructure and reduces heating, cooling and ventilation energy costs by 51%. Daylight harvesting that bounces sunlight at appropriate amounts into workspaces saves electricity and minimizes artificial lighting, and enhances worker productivity. Other techniques include automatic shut-off sensors after hours for lighting and work station equipment.

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Luminalt Solar A San Francisco Workforce Partner

Posted on June 27, 2012 by QuestPoint

Luminalt Energy Corporation‘s CEO Jeanine Cotter is featured in the July issue of Money magazine. The article describes Cotter’s transition from corporate lawyer at Silicon Valley-based Intuit to starting her own solar installation company in 2004. Cotter says, “Just looking at the rising cost of energy and the concern over global warming, I saw an opportunity.” Money photographed Cotter at the Telegraph Hill Neighborhood Center for the article. Non-profit Tel-Hi has been providing services to youth, seniors and families in San Francisco since 1890. Tel-Hi received a free SunPower solar system in 2011 through Luminalt’s collaboration with non-profit One Atmosphere, Ecomedia, SunPower Corporation, and musical band CAKE.

Cotter has made community involvement central to Luminalt’s business model. Luminalt is San Francisco’s only certified woman-owned solar company and hires from local workforce development programs. Luminalt was the first San Francisco solar company to become workforce development certified through GoSolarSF. The innovative solar incentive program has supported over 1,700 solar installations and created targeted full-time jobs for underserved individuals through its local hiring mandate.

CNN Money interviewed Cotter as a tie-in to the article in Money. The web video shows Cotter in the warehouse and views of Luminalt, an Elite SunPower Dealer, installing SunPower solar panels on a home rebuilt after the 2010 PG&E gas line explosion in San Bruno. Luminalt has installed more solar systems in San Francisco than any other company, with 414 systems since the program’s inception per California Solar Initiative data. In a highly fragmented market, Luminalt has installed at least 34% more systems than any competitors within San Francisco. Cotter is glad she made the career transition and started her own business. “I never envisioned myself as someone willing to take huge risks, but I’ve thrown myself into this and completely love it.”

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Solar Impulse Flies To Sahara On Sun Energy

Posted on June 24, 2012 by QuestPoint

After completing its historic 2,500-kilometer intercontinental flight to Morocco earlier this month, the Swiss solar-powered plane, Solar Impulse, lifted off from Morocco’s capital Rabat this morning on the second attempt at its most challenging flight yet — to the Sahara desert and Ouarzazate, where Morocco is building the world’s largest solar-thermal plant to harness renewable power from the Sahara sun for North Africa and Europe. The pioneering solar-powered aircraft faced “difficult meteorological conditions” that last week forced pilot Andre Borschberg to turn back after experiencing unexpectedly strong headwinds halfway through the flight. Today, Solar Impulse took off from Rabat at 7:05 A.M. local time and flew over the Atlas Mountains before heading for a landing at Ouarzazate expected around midnight local time (early evening Thursday Eastern Time).

Pilot Andre Borschberg was forced to fly the Solar Impulse back to Rabat when turbulence made it impossible to cross the Atlas Mountains in southern Morocco on June 14, 2012. But yesterday’s second attempt was finally successful, and the team was welcomed in Ouarzazate by a jubilant crowd. The 683 km journey was completed in 17 hours and 20 minutes at an average altitude of 16, 405 feet. Reports Green Profit. The solar plane, powered by 12,000 solar cells in its 207-ft wing-span and not a drop of fossil fuel, touched down in Morocco on June 5 after flying from Switzerland via Madrid. After landing, the Solar Impulse team joined events highlighting renewable energy technologies, under the patronage of King Mohammed VI and at the invitation of the Moroccan Agency for Solar Energy, MASEN, which oversees Morocco’s solar energy plans.

MASEN President Mustapha Bakkoury welcomed Solar Impulse pilot Bertrand Piccard at Rabat’s airport, calling the flight important for raising awareness about solar energy’s potential to reduce global dependence on oil, and saying, “we share a common message with Solar Impulse.” He said Morocco will be producing solar energy by 2014, when Solar Impulse plans to fly a round-the-world tour. The solar flight to Morocco coincides with construction launch of a World Bank-financed solar thermal project in Ouarzazate — the first of five sites — that will produce 2,000 megawatts of renewable energy from the Sahara sun and create many jobs in the area. When it reaches Ouarzazate, Solar Impulse plans to fly over the site and land nearby to show its support for the innovative solar power project.