Jinzhai Seraphim Energy Technology Co., Ltd. products

Multi-Busbar technology. High module efficiency. Lower annual attenuation Longer warranty. Reduce hot spot effect. Superior load capacity. Excellent low-light performance. Low BOS and LCOE. Higher bifaciality.

Multi-Busbar technology. High module efficiency. Lower annual attenuation Longer warranty. Reduce hot spot effect. Superior load capacity. Excellent low-light performance. Low BOS and LCOE. Higher bifaciality.

At Seraphim, product evolution is our core belief. We are continuously working to improve our production techniques in order to make our products more adaptable to different conditions. Our standard modules with excellent power output capability are certified to withstand the majority of environmental conditions and last reliability in the field.

Seraphim 1500V modules realize a lower LCOE of the power plant, by allowing longer strings, less cables, decreased the quantity of combiner-box and other components.

Seraphim`s dual glass module is a frameless module comprised of two layers of heat-strengthened glass, replaced the polymer backsheet with tempered glass.

When we began work on this new solar module, we considered every element defines a perfect solar module, i.e. performance, reliability, heat resistance, PID and price. We challenged ourselves to design a product innovative and radically different from any of our products before. The result of our R&D was the Eclipse modules.

The bifacial module is a new type of PV product, using incidental light from both the front and the rear side of the cells. This boosts power output up to 25 % more than conventional modules.

The Blade series are composed of half standard c-Si cells cutting by laser. Splitting cells into halves generates lower current, thereby reducing “Cell To Module” loss. The result is higher output, less mismatch, power loss, shadow effect, etc. That’s why the market is adopting this simple upgrade as quickly as it on the market.

The Blade series are composed of half standard c-Si cells cutting by laser. Splitting cells into halves generates lower current, thereby reducing “Cell To Module” loss. The result is higher output, less mismatch, power loss, shadow effect, etc. That’s why the market is adopting this simple upgrade as quickly as it on the market.

Within the Eclipse Mini solar panels, standard solar cells are cut into narrower slices and combined into strings of cells; then, these strings are combined in parallel. By cutting cells , the smaller currents will help reduce “Cell to Module” loss, which means higher output. The innovative shingled solar module technology eliminates the need for the internal ribbon soldering and smaller branch current, therefore the internal resistance is lower, causing the efficiency of the modules increased. The unique parallel design reduces the hot-spot effect significantly, and the gorgeous aesthetic design will bring to you perfect visual enjoyment.