Solar 3D Casting New Solar Market Paths

Posted on January 23, 2012 by quest

Solar3D, Inc. the developer of a breakthrough 3-dimensional solar cell technology to maximize the conversion of sunlight into electricity, today explained how its breakthrough 3-dimensional solar cell technology will create new solar market opportunities by changing the economics of solar energy to enable many new cost-effective applications.“Today’s cost per watt metric for measuring solar cell competitiveness, while tempting in its simplicity, is inadequate to quantify the total cost of a solar system,” said Jim Nelson, President and CEO of Solar3D. “A recent article by Marcelo Gomez in Renewable Energy World predicted that Total Cost of Ownership (TCO) will become the standard by which solar systems will be evaluated. Solar3D’s high efficiency solar cells, occupying a smaller space, will result in a TCO that will be lower than conventional solar cells.”

Conventional, less efficient, solar cells require more space, maintenance, and other collateral support expenses. Solar3D’s 3-dimensional solar cells are predicted to be substantially more efficient than low efficiency, cheap imported products. As a result of higher power density in a smaller space, all of the associated support components can be less costly and less bulky. Smaller panels and frames, less support structure, less weight per watt, and less land or building space will be used to build high power solar systems.

“With our high efficiency 3-dimensional cells, area or space limited applications that were not suitable for photovoltaics in the past can now be considered for solar systems,” said Nelson, “New and existing rooftop, mobile, military, law enforcement and consumer product applications will all be able to take advantage of much less collateral-cost-hungry solar systems constructed with Solar3D cells. By using our high efficiency, 3-dimensional cells, many of these new applications will benefit from a smaller solar footprint, as well a significantly lower TCO, as compared to conventional solar cells.”Nelson continued, “I believe that this is the future of solar. The time will come that high efficiency cells like ours will cover every application, including utility scale solar farms.”The company has received numerous inquiries from prospective partners and customers and is initiating business development efforts to establish Solar3D cells in the marketplace.

A Vision of Real Corporate Leadership on Sustainability

Electric Vehicle Racing Greening Up Motor Sports

Posted on January 22, 2012 by quest

Strategic sustainability project specialists Quimera, the International Motor Sports Association (IMSA) and the American Le Mans Series presented by Tequila Patrón (ALMS) will form a joint venture combining their respective areas of expertise in 2012 launching a new global initiative to develop the next generation of sustainable motorsport. Working strategically, both IMSA and Quimera have immediately begun to define their objective of organizing a global, non-fossil fuel based championship.

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Initial steps will be taken to prepare investors, the general public, media, sponsors and other interested parties for motorsport’s impending embrace of clean technology. By 2013 this joint venture will be ready to launch its new international Electric Vehicle (EV) series. This Series will represent the first clean technology professional motorsport championship that will include various categories and also remain open to any OEMs eager to showcase and develop their own green credentials in a cost-controlled environment.

By embracing the “cleantech concept,” the championship is also looking to include motorcycles as part of its event roster.For the first time ever this will ensure an event that features clean technology on two wheels as well as four, helping significant commercial and technical benefits to be realized for all stakeholders concerned. IMSA and Quimera’s partnership is expected to develop further by empowering R&D activities in both new and existing technologies, thereby emphasizing motorsport’s essential role as a test bed for the automotive sector, for technology transfer as well as other key potential applications.

Solar can democratize power

Solar Energy Expanding In Developing Nations

Future Engineers Using Solar And Renewable Energy

Posted on January 18, 2012 by quest

Hundreds of future engineering students from all across New Jersey flocked to Rutgers’ University this past Saturday to gain insight and encouragement from New Jersey American Water engineers as they competed in the 5th Annual New Jersey Engineers Future Cities Competition. The competition, held at the Rutgers University Livingston Campus, featured students’ models of future cities designed to meet energy needs and maintain a healthy planet.“The innovation of their cities and the detailed though that went into their design showed that these students are wise beyond their years. New Jersey American Water is proud to have supported this year’s Future Cities Competition and we look forward to coming back for another year.”

Throughout the university’s student center, student vied for more than two dozen awards with models of cities made from recycled materials that showcased different forms of alternative energy such as wind mills, solar power, and magnets. New Jersey American Water sponsored two of the awards: 5th place overall, which was awarded to Iselin Middle School for their city named “Verison City,” and the specialty category of Healthiest City, given to St. Paul Interparochial School for their city named “Findiger City.”Iselin Middle School received a $500 Science, Technology, Engineering, and Math (STEM) Grant for materials used in their school’s classrooms as well as the opportunity to be the special guests of the company at the American Water Works Association’s New Jersey (AWW-NJ) chapter’s annual conference held in Atlantic City . St. Paul Interparochial School in Ramsey, NJ will also take a behind the scenes tour of a New Jersey American Water treatment plant.

In between presenting their designs, students stopped by the New Jersey American Water booth to seek academic and career advice, as well as to marvel at the company’s “magic floating faucet” and collect giveaways.“It is so important to encourage students at this early age to explore engineering and technology as a career interest,” said Suzanne Chiavari, New Jersey American Water Vice President of Engineering, and Future Cities Competition judge. “The innovation of their cities and the detailed though that went into their design showed that these students are wise beyond their years. New Jersey American Water is proud to have supported this year’s Future Cities Competition and we look forward to coming back for another year.”

OBAMA TO TURN DOWN XL PIPELINE

U S Military Has 7 Gigawatts Of Solar Energy Potential

Posted on January 17, 2012 by quest

The Department of Defense could generate 7,000 megawatts (MW) of solar energy—equivalent to the output of seven nuclear power plants—on four military bases located in the California desert, according to a study released today by DoD’s Office of Installations and Environment. The year-long study, conducted by the consultancy ICF International, looked at seven military bases in California and two in Nevada. It finds that, even though 96 percent of the surface area of the nine bases is unsuited for solar development because of military use, endangered species and other factors, the solar-compatible area is nevertheless large enough to generate more than 30 times the electricity consumed by the California bases, or about 25 percent of the renewable energy that the State of California is requiring utilities to use by 2015.

DoD is seeking to develop solar, wind, geothermal and other distributed energy sources on its bases both to reduce their $4 billion-a-year energy bill and to make them less dependent on the commercial electricity grid. Such on-site energy generation, together with energy storage and so-called smart-microgrid technology, would allow a military base to maintain its critical operations “off-grid” for weeks or months if the grid is disrupted.

The ICF study looks in detail at the seven DoD installations that are located in California’s Mojave and Colorado deserts: Fort Irwin, Naval Air Weapons Station China Lake, the Marine Corps’ Chocolate Mountain Aerial Gunnery Range, Edwards Air Force Base, Marine Corps Logistics Base Barstow, Marine Corps Air Ground Combat Center Twentynine Palms and Naval Air Facility El Centro. The study also looks at two Air Force bases located in the Nevada desert, Creech and Nellis. Read the full report: Executive Summary – Solar Energy Development

ASU Building Megawatt Solar Power Plant

Solar Water Bulb Lighting New Philippine Lifestyle

Posted on January 11, 2012 by quest

When Los Angeles based green entrepreneur and founder of Savor Solar, Susan Rigali first turned me on to this story I was struck by the simplicity of roof mounted bottles of water providing light to communities in the Philippines. Designed and developed by students from the Massachusetts Institute of Technology (MIT), the Solar Bottle Bulb is based on the principles of Appropriate Technologies – a concept that provides simple and easily replicable technologies that address basic needs in developing communities. Illac Diaz is a Philippine born social entrepreneur who helped bring the Solar Bottle Bulb concept the country. As the financial, environmental and job creation power of solar energy becomes more apparent – alternatives to thin film and silicon based solutions are also coming to the forefront. Light being diffused through bottled water are just part of a wave of innovations in renewable energy which include spray on solar, solar powered boats and airplanes.

A Liter of Light – MyShelter Foundation is a sustainable lighting project which aims to bring the eco-friendly Solar Bottle Bulb to challenged communities throughout the island nation. The program inspired by many innovations from around the world. Many cultures have used glass bottles to allow lighting through the roof, and Alfredo Moser from Brazil began pioneering methods of experimenting with plastic bottles. There has been modifications to the Philippine model, but what must be emphasized is the amount of people whose lives are being affected by this innovation.

Solar Water Blub

Recent statistics from the National Electrification Commission in the Philippines reveals 3 million households still remain powerless outside Metro Manila. And even in the metropolitan Manila families still continue to live in darkness. Government officials report that a large number of fire- related incidents involve faulty electrical connections. Informal settlements are high-risk areas, since local officials do not conduct fire hazard inspections in these communities. MyShelter Foundation is bringing economically- and ecologically-sustainable sources of light that will provide immediate environmental and green job solutions.

Ed Begley Jr. Shinning For Panasonic Solar 

Posted on January 10, 2012 by quest

Jim Doyle, President of Panasonic Eco Solutions North America has announced an exclusive brand license and endorsement agreement with noted environmentalist endorsement of Ed Begley Jr. for Panasonic HIT solar panels. “Mr. Begley is not only a well known actor but his view of helping the environment matches Panasonic’s mission to be the number one green innovation company in the electronics industry by 2018, the 100th anniversary of the company’s founding. Ed will be a recognizable and trusted voice to the customer about how they can help the environment by installing solar panels.”

“Environmental lifestyles have changed much over the past few years. Solar has become an alternative to people who want to do something sustainable in their lives as well as save money. Solar can help them do both with quality solar panels like Panasonic’s HIT, government incentives, and solar leasing,” said Mr. Begley. “This agreement will help me reach customers and educate the public on the benefits of going solar. It has always been my mission to help people make greener lifestyle choices, and consequently create a brighter, healthier future for all of us.”

HIT stands for “heterojunction with intrinsic thin-layer”, and the solar cells used are a hybrid with a unique structure comprised of a thin mono-crystalline silicon wafer surrounded by ultra-thin amorphous silicon layers. HIT solar modules are known for having one of the world’s highest conversion efficiencies and excellent temperature characteristics, allowing HIT modules to generate more power throughout the year, even during peak summer months, compared to other types of crystalline modules. The panels were originally developed by Sanyo Electric, which Panasonic Corporation acquired on April 1, 2011.