PerovskiteInnovation

Graphic titled MSV100 Ideal for PV R&D, icon for PV cell followed by the title material development. Three sizes of solar cell labelled M12, M6, M0 overlaid and the subtitle of cell dicing and scribing. An image of a photon hitting a solar panel and charging up a battery with the title of boosting efficiency. MSV100 system large presence in the bottom right, msolv logo bottom left.

MSV100 Precision and Flexibility for Pioneering Solar Cell R&D

PHOTOVOLTAIC SCALE UP, PRODUCT SPOTLIGHT /

This is part 4 of our blog series on scale up photovoltaic manufacturing from cell development to full-scale production. In Part 3 we discussed the benefits of MSV700 for sensitive material development like perovskites  and thin films, we dive deeper into the developmental process to explore an alternative system for R&D, the MSV100. MSV100 brings

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Graphic depicting solar cell cross-section with labels for P1, P2, P3, rear contact, perovskite layer, front contact and substrate glass with an area-of-interest circled around P1 junction. Below this is a title 'Poor Laser Scribe- nanosecond' with a magnified region of interest graphic showing protrusions connecting layers labelled shorts, cracks and delamination, right is a 3D height map of two laser scribes with burrs protruding upwards. Below this is another title 'good laser scribe - picosecond' with imagined good region-of-interest without protrusions and with rounded corners and on the right a 3D height map showing the real-version a rounded edge to the scribe line at high magnification accompanied graph with measurements showing the sloped edge is 1.9 microns. msolv logo bottom left.

Optimizing Laser Scribes: Preventing Module Failure

PHOTOVOLTAIC SCALE UP, PROCESS INNOVATION /

This is part 1 in our series showcasing the innovative laser and inkjet solutions offered by msolv® for the photovoltaics (PV) industry. We begin with a serious industry issue faced by perovskite module manufacturers using laser technology. Scribe Optimization – Maximizing Efficiency Perovskite photovoltaics have emerged as a promising technology in the renewable energy sector,

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