Getting more power from smaller pieces. Like it sounds, resistive loss is power loss due to resistant properties of a conductive material. This results in cell pieces that have less resistive loss and therefore greater efficiency than a comparable piece within a single uncut cell. So manufacturers solve this problem by overlapping the cell pieces within the panel.
This overlapping results in a connection point similar to an expansion joint on a bridge-allowing a shingled solar panel to better withstand expansion and contraction from temperature changes, as well as any flexing due to wind. A specially-formulated electrically-conductive adhesive (ECA). This is used as a way to bind the solar cell pieces together and as a redundant conductor, further strengthening the module's overall connectivity. Therefore, it is more suitable for bending. Laminated design: laminated design, higher module efficiency, higher power density.No solder tape design: no solder tape connection, low internal resistance loss. No cell gap: Cells are laminated to maximize the effective area of the module. Effectively reduce power loss: unique circuit design, effectively alleviate the hot spot problem of components. Super frame: the overflow tank is double-layer waterproof, and the cross section contains a hook-shaped aluminum frame, which strengthens the mechanical load strength by 10%. Strong mechanical load capacity: passed 5400PA snow pressure, 2400PA wind pressure load certification test.
45.321.10.15 inch. 1 PC 100 watt flexible monocrystalline solar panel. 1 PC 20A PWM battery bharge controller. 1 Pair 16 ft soalr extension cable. The item "Eco-Worthy 100 Watt 12 Volt Flexible Monocrystalline Solar Panel Kit Ultra Light" is in sale since Wednesday, February 12, 2020. This item is in the category "Home & Garden\Home Improvement\Electrical Supplies\Alternative Energy Supplies\Solar Power Supplies\Solar Panels & Kits". The seller is "ecoworthy_llc" and is located in Los Angeles, California. This item can be shipped to North, South, or Latin America.