FLEXcon has expanded its solar module backsheet ‘multiGUARD’ offering with the addition of Black/White and Black/Black products. The new, more aesthetically pleasing black backsheet products appeal to the high-end commercial market and a much greater portion of the residential market.
3D-Micromac has developed a novel, highly productive laser system for opening the rear sides of PERC cells. Innovative on-the-fly technology makes it possible to achieve an improved cost-benefit ratio. The system is modular, combinable with different laser-source technologies, and achieves a typical efficiency increase up to one percentage point.
AEG Power Solutions (AEG PS), a global provider of power electronics for renewable energies, introduces two new members of its broad inverter line for the Americas market.
Scorpius Trackers claims to be the first company to have pioneered a frictionless pivot system that does not require bearings for free movement in solar tracking systems. The Vader-xFP tracking system is claimed to have zero wear and tear of mechanical parts with less than 0.1% of the generated power being consumed for tracking a >1MW PV power plant.
US start-up, Scifiniti is developing a low-cost ‘SmartWafer’ that is claimed to enhance the performance and significantly lower the cost of silicon-based products.
BELECTRIC’s new 3.0 MegaWattBlock is claimed to set new standards in solar power production. The power plant unit is designed to create electricity at the lowest possible levelized costs of electricity (LCOE). On a par with the functionality of large conventional power plants, the grid-stabilizing plant technology is designed to intelligently integrate renewable energy sources in existing power grids.
IBM has introduced an advanced power and weather modeling technology that will help utilities increase the reliability of renewable energy resources. The solution combines weather prediction and analytics to accurately forecast the availability solar PV energy. The Hybrid Renewable Energy Forecasting” (HyRef) technology uses weather modeling capabilities, advanced cloud imaging technology and sky-facing cameras to track cloud movements, while sensors on the turbines monitor wind speed, temperature and direction.
The SolarMax 360 TS-SV central inverter from Sputnik Engineering AG and the TS-SV Compact Station, with a rated output power of 720kW, are designed as a cost effective solution for large PV power plants. The 360TS-SV has a European efficiency of 97.4%.
Meyer Burger and LayTec have collaborated to produce the world’s first fully integrated EVA cross-linking metrology solution for PV module production lines.
Designed for solar modules with cells for rear-side contacting, ‘AKACON BCF’ PV backsheet is being offered by the KREMPEL Group and is ready for volume production. The backsheet comes with a copper layer and is structured according to customer’s design for back-contact cells.
VINSPEC solar VCOFLC1 camera system from VITRONIC enables exact and reliable front print and color inspection.
Virtual Industries, a supplier of manual vacuum handling solutions, has made available its new general-purpose wafer vacuum handling tool, ‘WAFER-VAC’ system with 8” molded wafer tip (WV-9000-MW8).
Texas Instruments has introduced the industry’s first fully programmable DC arc detect reference solution. The RD-195 makes it faster and easier for designers to address a growing need to safeguard high-power DC systems against the catastrophic damage that can result from arc faults.
Kömmerling has launched its new butyl based framing sealant ‘HelioSeal’ PVS 120. In contrast to existing framing sealants on the market HelioSeal PVS 120 is claimed to provide immediate green strength and superior water and moisture vapour tightness, while being hot applied and able to be used by hand or in fully automated high speed production lines.
Start-up Sol Voltaics has unveiled ‘SolInk’, which is claimed to be an economical nanomaterial that promises to increase the efficiency of crystalline silicon or thin-film solar modules by up to 25% or more. Gallium arsenide nanowires are fabricated via a high-throughput process called ‘Aerotaxy’ invented by company founder and Lund University professor Lars Samuelson.
Hanwha Q CELLS has introduced its versatile polycrystalline-based ‘Q.PRO-G3’ series module. Using its ‘Q.ANTUM’ high-efficiency solar cell technology (19.5% conversion efficiencies) and performance induced degradation (PID) free technology, the module also employs a lighter and slimmer design, using higher tensile aluminum frame.
PV-Tech’s publisher Solar Media has recently produced the 2013 Production Annual, which brings together the best of our Photovoltaics International articles from the last year. Jef Poortmans, director of PV technologies at IMEC, offers his thoughts on what insights the annual offers into the state of PV technology.
Huntsman Advanced Materials has launched a new product for potting of solar inverters. The polyurethane system ‘Arathane’ CW 5660 / HY 5610 has been designed to meet the key requirements of inverters for PV applications. Fast processing, high thermal endurance combined with low temperature flexibility and high thermal conductivity are the key features of the new system.
First Solar has launched a new evolution of its Series 3 CdTe thin-film PV module platform. The ‘Series 3 Black’ is said to incorporate First Solar’s latest advances in conversion efficiency as well as additional features to enhance its performance in utility-scale power plants.
Enecsys has introduced its second generation microinverter platform, including a new communications gateway and online monitoring service. The microinverter technology is said to power scale up to 300W AC enabling the use of many high powered 60-cell modules, providing maximum energy harvest in the smallest footprint.
The IMO Solar Cube has been developed by IMO Precision Controls as an easy to set up solar tracking and measurement controller with the flexibility to adapt to either one or two axis PV module installations to track the sun’s movement.
PSE AG has developed a new test stand, Degratest Labtool, designed for the testing of the light-induced degradation (LID) effect on silicon solar cells. The testing technology monitors and records degradation effects, and offers manufacturers and research institutions a fast and reliable tool for testing and developing solar cells. The LID test system was developed at ISC Konstance.
SURAGUS GmbH, a spin-off from the Fraunhofer Institute for Non-Destructive Testing Dresden, offers the ‘EddyCus Thin-Film lab’ specifically for contactless real-time thickness and sheet resistance determination of low and high conductive thin-films on glass, wafer, plastics or foils.
Vela Solaris has introduced ‘Polysun 6’ PV planner software that includes new features that ease the daily work of solar system planners as well as being enhanced to provide simulation analysis of battery storage requirements for self-consumption.
Datapaq has launched a tailored version of its SolarPaq temperature profiling system for contact paste drying processes.