Reliable Raw Material: strengthening the back bone of pv module! Updated On Fri, Oct 26th, 2018 by Saurenergy Identifying reliable raw material for any product is a crucial to ensure that the product lives for its lifetime. With the competitive market condition along with requirement of being cost competent selecting correct raw material to strive a perfect balance between commercial and technical terms in the product is a challenge. The scenario in case […] Read more
Joint Research by Fraunhofer ISE and Heraeus for High-performance Solar Modules: Novel Cell Connector Increases Power by 1.9 W Updated On Thu, Oct 25th, 2018 by Saurenergy The Fraunhofer Institute for Solar Energy Systems ISE and Heraeus are researching and optimizing novel, selectively coated cell connectors in a joint research project. The Selectively Coated Ribbon (SCRTM) cell connector achieves an average gain of 1.9 W in conventional 60-cell solar modules. The connector can be used in industrial PV module manufacturing without system […] Read more
Microlink Devices’ Solar Sheets Power Zephyr UAV Maiden Flight Updated On Mon, Oct 22nd, 2018 by Saurenergy The combination of high-efficiency and low mass enabled by MicroLink’s ELO inverted metamorphic multi-junction (IMM) solar cells provides superior performance unmatched by any other solar cell technology. America’s MicroLink Devices has provided its epitaxial lift-off (ELO) solar sheet technology to Airbus Defence and Space for the successful launch and landing of the maiden flight of […] Read more
Bifacial photovoltaics – The Future has two sides Updated On Wed, Oct 3rd, 2018 by Saurenergy Solar modules are aligned to or even track the sun. The rear of standard solar modules only receives a small fraction of the energy captured by the front of the module. Nevertheless, the back surface can contribute 5% to 30% of the overall energy balance. The word “bifacial” keeps cropping up nowadays in the photovoltaics […] Read more
Heraeus Advanced Metallization Pastes For High Efficiency Solar Cells using Poly-Silicon Passivated Contacts Updated On Wed, Sep 26th, 2018 by Saurenergy The highest efficiency solar cell to date with metal contacts on both sides (not IBC) is the TOPCon cell structure developed by Fraunhofer ISE. They currently hold the world record efficiency of 25.8% with an impressive Voc of 724mV [1]. The key differentiator of this cell is the addition of a thin tunnel oxide with […] Read more
Gama Sonic Discovers Morph Technology for Solar Cells Updated On Wed, Sep 26th, 2018 by Saurenergy Thus, since the solar cells are integrated into the fixture, Morph Technology offers the flexibility to utilize curved and uneven surfaces. Upscale outdoor solar lighting solutions maker Gama Sonic has developed a new and innovative technology, termed as Morph Technology, which is able to increase the number of solar cells integrated into light fixtures. The […] Read more
Teamtechnik Presents Successful Adhesive Technology for HJT Cells Updated On Mon, Sep 24th, 2018 by Saurenergy The STRINGER TT1600 ECA uses new adhesive technology and low process temperatures to join high-efficiency bifacial HJT (heterojunction) cells. This process reduces thermal and mechanical stress on the sensitive cells and results in a high string quality. teamtechnik, a worldwide technology leader in stringer systems for connecting solar cells, based in Germany, has developed the […] Read more
Bi-Layer Solar Cell Sets Record for Efficiency Updated On Sat, Sep 1st, 2018 by Saurenergy The Solar cell is believed to have converted more than 25 percent of the sun’s energy into electrical power in the category of perovskite-CIGS tandem solar cell. Material scientists from UCLA Samueli School of Engineering have developed a double-layered thin film solar cell that has set efficiency records in generating power from sunlight. The device […] Read more
‘Funneling’ Technique 3-Times More Efficient to Tap Solar Power Updated On Fri, Jul 27th, 2018 by Saurenergy The technique involves ‘funneling’ of sunlight directly on to the power cells with least wastage. Scientists from the University of Exeter, England have developed a new technique to harness solar energy more efficiently. The technique involves ‘funneling’ of sunlight directly on to the power cells with least wastage. The technique is said to be three […] Read more