Product Briefing Outline: Groupo Clavijo has developed an advanced double-axis solar tracker specifically for the U.S. market using a patented hydraulic brake system in the azimuth movement. Miller Welding will manufacture and commercialize it in the United States, under a partnership agreement with Clavijo.
Product Briefing Outline: SOMONT, a subsidiary of 3S Industries AG, has had success with the RAPID stringer and lay-up systems for high throughput cell stringing in module production with capacity ranges of 10-40MW per year. However, a new stringing system, CERTUS, has been developed for production capacities from 50-100MW per year.
Product Briefing Outline: Renusol GmbH has introduced three new mounting systems-ConSole DS, VarioSole DS and InterSole XL-for thin film solar modules using a new injection-compression technology. They are designed for thin-film modules and solar plants for industrial roofs. The thin-film laminates are anchored in linear fashion with this system, while integral anti-slip protection makes installation faster and simpler. Europe-wide patents have already been filed for all new systems.
A seasonal end of year rush to beat the changes set to take place on tariffs in Germany is on, which is potentially being fuelled further by the continued speculation over further cuts in the FiT, due to the new German Government. Germany was expected to be the largest market in 2009 for new PV installations, after the collapse of the Spanish market last year. However, a prolonged winter and the continued fall-out from the financial crisis meant that installations in Germany may not have met earlier forecasts.
Product Briefing Outline: Magma Design Automation Inc. has introduced ‘YieldManager Solar,’ a yield enhancement software system customized for solar fabs that is intended to improve energy conversion efficiency, increases yield and reduces the manufacturing costs of solar cells. Based on software proven in the semiconductor industry, YieldManager Solar provides fast, accurate analysis and correlation of all metrology, inspection and performance data used throughout the solar cell manufacturing process. With this information, solar fab test and production engineers can quickly identify and correct root causes of solar energy conversion efficiency and yield degradation caused by subtle fab processing fluctuations or instability – saving time, maximizing equipment utilization, increasing yield and reducing costs.
The Solar America Cities Program was launched as one of the biggest efforts at the Department of Energy aimed towards the adoption of renewable energy in a country with one of the largest carbon boot prints in the world. The program, which saw partnership with 25 cities, made for a huge amount of success as 40 individual solar projects were eventually erected. The time has now come for the DOE to build on this success as it brings out a must-have resource for prospective cities: 'Solar Power in Your Community: A Guide for Local Governments.' Speaking with Charlie Hemmeline, head of the project based at the Department, I delved beneath the surface of the next stage of the Solar America Cities Program.
Product Briefing Outline: Wacker is introducing ‘Tectosil,’ a silicone-based elastic polymer sheet, which is thermo-formable and therefore a fast and easy encapsulant process. Tectosil provides sensitive solar cells with effective and long-lasting protection against mechanical and chemical stresses. It is non-corrosive and can be used with any type of module.
Product Briefing Outline: i2S LineScan, Inc., a supplier of on-line and off-line camera based vision systems for optical defect detection and feature metrology, is introducing a thin film photovoltaic application specific machine design, the PV-4000. Utilizing standard software, the inspection system can inspect glass panel, roll-to-roll metallic, or film substrates, and capture images of visual defects or out of dimension features.
Canadian Solar BIPV modules use double low iron tempered glass with solar cells laminated in between, making them ideal for roofs, skylights and/or facades. The modules use double low iron tempered glass with solar cells laminated in between, this means that the fundamental ideal of building material to generate electrical power is now a reality. With a 55W-115W/m2 output depending on cell spacing; the cells are made up of crystalline (mono or poly 125mm/ 156mm).
Product Briefing Outline: System Photonics has introduced a commercial-scale BIPV 'ROOF' collection system that is designed for ventilated façades. The product line uses ceramic materials combined with next-generation crystalline silicon photovoltaic cells to allow for flexibility in design without compromising functionality. These BIPV modules also take advantage of DuPont PV5300 Series encapsulant sheets made of clear, tough ionomer.
