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.
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.
The CISARIS oven from Singulus Technologies is an in-line rapid thermal processing equipment, designed for the CIGSSe absorber formation on large area glass substrates. The main features of the CISARIS include a high uptime and mechanical yield, as well as a fast cycle time, which, in combination with the robust selenisation process, lead to a production capacity of over 25 MWp per year.
Manz AG has complemented its range of products for the thin-film solar market with a vacuum system for vertically coating substrates. The new coating system, ISS 1200 is a compact and modular inline sputter system (ISS) that allows manufacturers to get a better rate of raw material utilization and is part of the Manz ‘Total Fab Solution’ for thin-film panel manufacturers. In early September 2012, Manz presented a thin-film solar panel with an efficiency of 14.6%, breaking the previous world record.
Engineered Conductive Materials (ECM) has developed a new fast curing conductive adhesive CA-100 for stringing and bussing next-generation CIGS solar modules. This material formulation is optimized for improved conductivity and stability on molybdenum and other substrates used in thin-film manufacturing.
DuPont Microcircuit Materials (MCM) has introduced ‘DuPont Solamet PV416’ photovoltaic metallization paste used to raise the efficiency of thin film photovoltaic cells. The front-side silver paste material has the capability to be processed at temperatures below 140°C, and is designed to provide improved contact resistance, conductivity, adhesion and fine line resolution when printed on Transparent Conductive Oxides (TCOs). The new paste has been claimed to have boosted CIGS thin-film manufacturer, Midsummer AB’s cell efficiencies by as much as 0.5%.
ULVAC Technologies has introduced the UNECS-2000 spectroscopic ellipsometer for the high speed measurement of film thickness and optical constants of thin films in R&D applications.
Plansee High Performance Materials has added MoNa sputtering targets with high purity and a uniform and fine-grained microstructure to its product offering. Tests in cooperation with the Swiss EMPA institute have claimed the MoNa targets to be superior to alternative targets. Using Na-doped molybdenum layers, the efficiency of CIGS solar cells are said to have been significantly improved.
Dr Schenk has developed a high-speed, non-destructive measurement of I-V curves of thin-film modules prior to the lamination step. The SolarMeasure I-V Curve Tracer evaluates the characteristics of every individual cell on the complete thin-film panel and detects local variations. These measurements can be taken in-line and the results serve as a GO/NO-GO test of whether a panel should be processed further.
The photovoltaic-TPA (Thermo Plastic Applicator) from Bystronic glass group is a machine designed for the encapsulation and sealing of thin-film photovoltaic modules. The machine is claimed to be the first machine of this type that is capable of working in 24-hour operation without any interruption.