Cell developed with light harvesting transparent solar concentrators delivers just 1% efficiency, researchers aiming for 5% in near future.
GT Advanced Technologies has revealed further details of its Merlin metallization and interconnection technology at the Intersolar North America trade show, including a timeframe to offer the solution to customers in early 2015.
The project aims to help the country reach its ambitious goals and includes the development of a renewable energy forecasting system to help energy grids manage alternative energy sources.
Solstyce analyzed various data of Q CELLS' cell and module production and found that the products consumed less than 400 kg of C02 per kWp, making them eligible for public tender in France.
In evaluating energy yield of solar modules in different climates, TÜV Rheinland reports that it expects yield differences of more than 10% for individual module types.
British scientists have discovered that magnesium chloride (salt found in seawater) is an effective replacement for cadmium chloride used during the production of solar panels, and is both a cheaper and less toxic alternative.
Germany's Fraunhofer Institute has purchased Wavelabs' SINUS-220 solar simulator to bolster its PV testing and optimization research.
The Chinese company is exploring wider applications of its technologies and investigating how solar can be incorporated into new areas to improve efficiency and enhance performance as part of its ambitious growth strategy.
The new facility, located in Birmingham, Alabama, is intended to provide key insights into the optimal design of solar PV systems.
The European take-back and recycling association has appointed Luis Torres from SunPower as its new president, with other solar luminaries joining the board.
The agency's first three published reports focus on PV performance and the impact of PV module failure of both crystalline silicon and thin-film technologies.
Research from the U.S. Department of Energy's Argonne National Laboratory finds that solar panels made in China have a higher overall carbon footprint during manufacturing stage.
Researchers at the Sandia National Laboratories say the project will help increase the United States' share of solar energy in the electricity market from its current share of less than .05% to at least 14% by 2030.
In their Nature paper, researchers from Imec and a number of U.S. universities discuss the importance of having crystals larger than 4 nm in the fullerene material of organic solar cells as a way to obtain cells with a maximal...
The Swedish solar equipment manufacturer says the shift towards more rooftop installations make lightweight and flexible thin film solar cells ideal.
"It would be difficult and expensive, but the payoff would be immense, and not just in economic terms," says Susumu Sasaki, professor emeritus at the Japan Aerospace Exploration Agency.
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