Power at the highest level. The SP series is at the top of the range, thanks to the use of Maxeon back-contact solar cells, able to convert up to 25.5% of sunlight into electricity. The electrical contacts hidden on the rear of the cell make these panels especially pleasing in appearance. Maxeon back-contact cells represent the most advanced technology on the market, and make the SP Solbian panels the highest- efficiency flexible panels. Flexible, powerful and robust, the panels of the SP series are recommended for all installations where maximum reliability and power are required, and they remain the most iconic symbol of high quality photovoltaic modules.They can be used in all situations and are a best seller in marine applications. The most efficient flexible modules on the market Flexible and lightweight (2.4 kg/m2) Completely waterproof and resistant to salt water Thin (less than 2 mm) IEC 61215, IEC 61730 and IEC 61701 certified 5 year warranty against manufacturing defects Positive power tolerance (0%, +5%) Integrated bypass diodes to minimise output losses associated with partial shading Available with different front sheets, many fixing and electrical wiring options White, black or transparent back sheet Adaptable to any battery: from 5 to 48 volt, lead-acid or lithium Designed and manufactured in Italy MAXEON is a registered trademark of Maxeon Solar Technologies, Ltd., in the United States of America and other countries.

Maxeon cells used in SP series panels are high efficiency monocrystalline cells (the highest available on the market). The electric contacts create a thick pattern resembling two interpenetrating combs on the rear of the cell, this guarantees an optimal management of micro fractures, without power loss. Back-contact cells are also the best choice when it comes to efficiency in low light and sensitivity at higher temperatures. In fact the temperature coefficient is 25% lower than the other cristalline cells. MAXEON cell No grid lines on the front of the cell means no obstacles to the absorption...