Catalog excerpts
Sol-Go SG Series Flexible Solar Panels With Sol-Go panels use the highest efficiency SunPower® Maxeon® monocrystalline silicon solar cells available on the world market. No grid lines on the front means better absorption of sunlight, maximum efficiency and great aesthetics. Plus better performance in low light conditions and reduced losses at high temperatures. Panels with front contact cells tend to lose power when bent or impacted, or if used in tough environments. Sol-Go panel materials and production methods are chosen with extensive testing to ensure a long panel lifetime, supported by global service and warranty. Maximum efficiency Record level worldwide monocrystalline silicon sales with 25K+ panels delivered since 2019 Unique design features Custom OEM sizes avail- minimise losses from shading
Open the catalog to page 1Sol-Go With Integrated Back Contact (IBC) Cell IBC technology uses a dense pattern of electric contacts on the rear of each cell. A thick copper base resists power loss by micro-cracks and corrosion also enhances robustness and flexibility. Sol-Go uses the SunPower® Maxeon® IBC cell. Back contact cells are perfect for high efficiency in low light conditions and reduced high temperature losses. Compare the temperature coefficient which is 25% lower than other crystalline cells. Higher Power Density Every inch of your space is valuable. Sol-Go’s high efficiency panels are built with Maxeon®...
Open the catalog to page 2Sol-Go Why Choose Sol-Go? “SunPower Maxeon” solar cells used Maxeon are global leaders in solar panel Conventional solar cells used • Lower cost, less efficient, conventional monocrystalline cells used, resulting in lower Unmatched reliability and efficiency level solar energy conversion Unique patented cell architecture performs better in cloudy weather and partial shade Extremely flexible making them well suited for use in flexible panel applications Back contact design provides higher strength / increased durability (cell will usually continue working even after localised impact damage)...
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