QuestPoint

SoloPower, the San Jose, California-based leader in high efficiency, lightweight, and flexible thin-film solar cells and modules, recently  announced  the grand opening in Portland, Oregon of its high-volume manufacturing (HVM) facility. The event marked a significant milestone in the company’s plan to make solar energy the primary source of power for commercial and industrial buildings worldwide, and in its ability to meet demand for its unique solutions. SoloPower was joined at the ceremony by Portland Mayor Sam Adams who toured the state-of-the-art manufacturing floor with local and state elected officials, company executives and customers. “Oregon’s manufacturers are playing a key role as we add jobs back to Oregon,” said Governor Kitzhaber. “With the opening today of this high-volume manufacturing facility, we mark a significant milestone for SoloPower and for advanced manufacturing in Oregon.”

“Portland congratulates SoloPower on the grand opening of its operations here, which are ultimately expected to employ 450 people. We have worked proactively and collaboratively to nurture the success of our local industry of which SoloPower is a growing part,” said Mayor Adams. “Portland benefits when we help maximize the global competitiveness of local businesses. SoloPower is creating living-wage jobs in a vital sector of our economy, a sector that is helping to establish Portland as one of the most sustainable economies in the world.”

SoloPower‘s lightweight, flexible SoloPanels and proprietary installation systems revolutionize the rooftop solar integration process, making solar energy easy and cost effective for nearly any commercial and industrial building. The company’s suite of solar solutions optimizes energy performance on a variety of roofs in a range of climates with diverse sun exposure conditions. Non-penetrating installation systems make it simple to remove and reinstall SoloPower‘s solutions, enabling installation on older roofs not yet due for a reroof and substantially expanding the market beyond new and reroof applications. Due to their very low profile on rooftops, SoloPower‘s solutions provide an unparalleled ability to withstand wind, opening additional segments that could not utilize solar energy in the past, particularly in areas susceptible to storms, such as Japan.

“The opening of SoloPower‘s state-of-the-art HVM facility in Portland increases our capacity to meet the energy demands of the world’s commercial and industrial buildings, which consume 40% of global electricity,” said Tim Harris, CEO, SoloPower. “Both we and our customers are very excited: It’s a huge market, our unique solutions expand that market, and now we have the ability to serve our customers who are looking for an easy-to-install, predictable, and cost-effective solution for their energy needs, no matter their continent.”

SoloPower‘s operations in Portland are ultimately expected to have a capacity of 400MW.

Why Electric Cars Are Our Future

The City of San Francisco, the San Francisco Giants, ChargePoint and ABM, a leading provider of integrated facility solutions, unveiled four new electric vehicle (EV) charging stations at AT&T Park. The stadium is the first ballpark in California to offer public access to Level 2 electric vehicle charging stations, a next-generation technology that can charge an EV in four hours, or about the length of a baseball game.“Our San Francisco Giants lead the division in wins, and have now beefed up their environmental batting average by having the division’s first up-to-date EV-ready stadium”

According to the San Francisco Department of the Environment, San Francisco now boasts a total of 110 charging stations at 42 locations across the city — more charging stations per capita than any other city in California.“San Francisco is the Innovation Capital of the World and the EV capital of the world, because we have focused on building the infrastructure needed to make electric vehicles a viable choice for the public,” said Mayor Ed Lee. “The installation of charging stations at AT&T Park, and another 100 on public property for all to use throughout San Francisco, will help reduce our dependence on foreign oil and create a more sustainable environment, while creating jobs.”

“Our San Francisco Giants lead the division in wins, and have now beefed up their environmental batting average by having the division’s first up-to-date EV-ready stadium,” said Melanie Nutter, Director of the San Francisco Department of the Environment. “Supporting new EV infrastructure provides ease and accessibility to electric vehicle owners and is part of our ongoing commitment to making San Francisco the most sustainable city.”ABM installed and will maintain the charging stations, and is offering the public free EV charging at the AT&T Park stations throughout the week of September 17-21. For availability or to locate other charging stations check out ChargePoint’s online tools and mobile applications. ABM has installed over 100 ChargePoint EV charging stations throughout Northern California and ChargePoint is the largest online network of independently owned charging stations operating in more than 14 countries.

The charging stations mark another sustainability milestone for AT&T Park, which in 2010 became the first Major League Baseball park to receive LEED Silver Certification for Existing Buildings, Operations and Maintenance.“AT&T Park’s sustainable features, including solar panels, energy-efficient concession stands – and now the EV charging stations – not only have a positive impact on the environment, but also enhance the fan experience at the ballpark,” said Alfonso Felder, senior vice president of facilities, who oversees ballpark operations for the Giants. “Giants fans will now have a quick and convenient way to charge their electric vehicles while they enjoy a baseball game.”

$10,000,000 Offered For Solar Innovation

The City of Angels is fast becoming the electric car capitol of America. And to showcase that fact,  MPG Rent-a-Car is committed to changing the way that customers rent cars by taking a boutique-oriented, green approach to automotive rentals. It has also made a serious commitment to environmental issues as the only fully sustainability centered rental car company in Los Angeles. The agency has therefore taken to heart the recent Best Global Green Brands rankings made available by Interbrand, the world’s largest brand consultancy. Based in the progressive, green-friendly haven of Venice, California, MPG Car Rental, an all-green car rental company, proudly offers the eco-friendly brands named in the report.

David Pearson, Global Sustainability Leader of Deloitte Touche Tohmatsu Limited, discussed why  why successful businesses are being strengthened by a new focus on sustainability.  He noted that consumers are becoming increasingly passionate about eco-consumerism. MPG Car Rental is passionate as well. By filling a niche for environmentally-minded renters, the MPG team can build relationships with their coastal Los Angeles clientele, which leads to happier experiences all around. Sustainability-minded car renters are bound to be energized about having an all-green rental fleet. Innovation was also cited by Mr. Pearson. To attain a smaller ecological footprint, inventors and developers have to think of new ways of operating and manufacturing alongside the use of cleaner fuels. MPG Car Rental explores these types of vehicles by constantly updating its fleet.

The MPG fleet includes vehicles mentioned in Interbrand’s list, from Toyota (Prius, Prius Plug-In, Highlander Hybrid) and Lexus (RX, CT), to Honda (Insight), Volkswagen (Jetta), and many more. All of these brands ranked on the Best Global Green Brand list. A recently-added electric car rental, the Chevy Volt, should be making waves with green-minded renters as well.  The company will even pick you up and drop you off where you need to go after, a crucial convenience.

The Secret To Solar Power

Lawmakers in California approved billions of dollars Friday in construction financing for the initial segment of the nation’s first dedicated high-speed rail line connecting Los Angeles and San Francisco. Governor Jerry Brown said, “In 2008, California voters decided to create jobs and modernize our state’s rail transportation system with a major investment in high-speed rail and key local projects in Northern and Southern California. The Legislature took bold action today that gets Californians back to work and puts California out in front once again.

The Obama administration has been advocating for renewable energy and clean transportation alternatives view the approval as a major political victory for Democratic Gov. Jerry Brown who has promoted bullet trains as job generators and clean transportation alternatives.The bill authorizes the state to begin selling $4.5 billion in voter-approved bonds that includes $2.6 billion to build an initial 130-mile stretch of the high-speed rail line in the Central Valley. That will allow the state to collect another $3.2 billion in federal funding that could have been rescinded if lawmakers failed to act Friday.

California High-Speed Rail Authority Board Chair Dan Richard issued the following statement regarding the Legislature’s passage of Senate Bill 1029 which appropriates federal grant funds and Prop 1A funds for California High-Speed Rail:“Today’s vote to commence high-speed rail construction, like all major public policy decisions, is the result of hard work and collaborative effort.  Credit must go to Governor Brown whose courage and steadfast leadership has improved the High-Speed Rail Authority’s plans and operations,” said California High-Speed Rail Authority Chair Dan Richard. “We also express deep gratitude to Assembly Speaker John Perez and Senate President Pro Tem Darrell Steinberg for passing this measure through their houses. The Legislature’s action sets in motion a Statewide Rail Modernization Plan for California. Not only will California be the first state in the nation to build a high-speed rail system to connect our urban centers, we will also modernize and improve rail systems at the local and regional level. This plan will improve mobility for commuters and travelers alike, reduce emissions, and put thousands of people to work while enhancing our economic competitiveness,” said Richard.

Invisible T-shirt Breakthrough for Eco-Fashion

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.”

Panama And California Laying A Path For Sustainability

Urban farming growing as popular summer pastime in NYC

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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