SunPower to construct a 7.75-megawatt solar power system at Toyota headquarters Updated On Wed, Jun 15th, 2016 by Saurenergy Toyota has announced that SunPower is designing and plans to construct a 7.75-megawatt solar power system at its North American headquarters in Plano, Texas The 7.75-megawatt solar power system is expected to generate 25 percent of the headquarters’ total electricity deman. The project will be comprised of three solar carport structures using high efficiency SunPower […] Read more
aleo solar to showcase its new glass-glass modules at Intersolar Europe 2016 Updated On Sat, Jun 11th, 2016 by Saurenergy aleo solar has announced that it will showcase newly developed solutions for photovoltaic building integration, a new guarantee package and a high-performance module with 310 watts and 5-busbar cells at Intersolar Europe 2016. The glass-glass modules that can be installed with architecturally appealing effect into glass roofs, windows or facades will be exhibited for the […] Read more
Researchers develop innovative solar absorber that can harness more sunlight Updated On Fri, Jun 10th, 2016 by Saurenergy Researchers have discovered a novel way to significantly increase the amount of sunlight that a solar absorber can convert into heat. By converting solar energy into heat, the solar absorber can help make sustainable technologies that rely on solar heat more efficient and affordable. The team’s novel fabrication technique involves patterning a solar absorber with […] Read more
MNRE invites comments on White LED (W-LED) based ‘Solar Study Lamp’ Specifications Updated On Sat, Jun 4th, 2016 by Saurenergy MNRE has invited comments on White LED (W-LED) based Solar Study Lamp specifications. Point wise comments can be sent by 19th June, 2016 to Sh. Tarun Singh, Scientist-C through tarun.singh@nic.in. The specifications are placed for information of stake holders. Solar Study Lamp consists of a PV module, battery, lamp, and electronics. Battery, lamp, and electronics […] Read more
Hanwha Q CELLS announces the launch of two new polycrystalline Q.ANTUM solar modules in US Updated On Thu, Jun 2nd, 2016 by Saurenergy Hanwha Q CELLS has announced the launch two new polycrystalline Q.ANTUM solar modules Q.PLUS BFR-G4.1 and Q.PLUS L-G4.2 for the U.S. market. The Q.PLUS BFR-G4.1 is a 60 cell solar module designed to optimize the price-performance ratio in rooftop installations, it will be available from July this year. The 72 cell solar module Q.PLUS L-G4.2 on the other […] Read more
Solaria Introduces PowerXT 330Wp and PowerXT 400Wp Modules Updated On Mon, May 30th, 2016 by Saurenergy Solaria has introduced its PowerXT 330Wp and 400Wp modules optimized for residential and commercial rooftops respectively. Both the modules are targeted at rapidly-growing sector of the clean energy market. The high output modules are built on the company’s proprietary technology – which utilizes an advanced cell interconnect and module production processes. The modules significantly boost […] Read more
Heraeus launches two advanced PERC metallization paste series Updated On Thu, May 26th, 2016 by Saurenergy Heraeus Photovoltaics has launched two advanced PERC metallization paste series at the SNEC 2016 in Shanghai. The new products, SOL9631, a low-temperature front-side paste for PERC, and SOL326, a low-activity back-side silver tabbing paste, are offered as part of a PERC package. The pastes enable customers and partners of Heraeus to produce PERC cells with […] Read more
Samsung SDI to start operation of PV paste plant in Wuxi, China in June Updated On Thu, May 26th, 2016 by Saurenergy Samsung SDI has announced that it will start operating a photovoltaic paste production line in June in its Wuxi Plant located in Jiangsu Province, China. Last year in September installation of a polarized film production line and a paste production line parallel started in Samsung SDI’s Wuxi Plant. The paste production line was recently completed, […] Read more
Researchers demonstrate STPVs that converts solar heat into usable electric power Updated On Tue, May 24th, 2016 by Saurenergy Researchers at MIT demonstrated a device based on a method that enables solar cells to break through a theoretically predicted ceiling on how much sunlight they can convert into electricity. A single-layer cell made of silicon is used for the vast majority of today’s solar panels — the upper limit of these cells is about […] Read more
