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Approaches used to address lamination process bottlenecks include using larger area laminators, multiple parallel laminators, stack laminators (multiple lamination chambers in a vertical stack), and multi-stage laminators, in which the process steps are split into different processing units.
Atmospheric plasma cleaning protocols are gaining early adoption within thin film PV foil cleaning processes, with some of the key drivers being its use of a continuous, R2R process, significantly lower production floor footprint, and lower capital cost. The highly efficient method for removing organic surface contaminations from PV foils prevents generation of chemical waste effluents found with wet-cleaning processes. Rory A. Wolf, Enercon Industries Corporation, examines plasma cleaning systems and details etching, cleaning and bonding trial data confirming system efficacies.
Atmospheric plasma cleaning protocols are gaining early adoption within thin film PV foil cleaning processes. APT prevents chemical waste effluents. Etch, cleaning and bonding trial data confirm system efficacies.
This Frost & Sullivan research service, "Strategic Analysis of Global Photovoltaic Materials Markets," provides a comprehensive analysis of the various segments in the markets, including a discussion on the key challenges, restraints and drivers for encapsulants, frontsheet, backsheet and anti-reflection (AR) coating. The research also covers product types.