Скачать с ютуб LONGI HPBC 2.0 Solar Cell – Ultimate Technology in Crystalline Silicon Cells в хорошем качестве

LONGI HPBC 2.0 Solar Cell – Ultimate Technology in Crystalline Silicon Cells

1. Bypass Diode Structure: Shielding Protection & Hotspot Prevention When shaded, the bypass diode activates, limiting power loss only to the shaded area without affecting the entire string. Compared to TOPCon, power loss is reduced by 70%, and the local temperature in shaded areas is over 50°C lower, significantly decreasing the risk of fire caused by hotspots. 2. Bipolar Hybrid Passivation Technology Surface defects and impurities on the silicon wafer can cause current loss. The passivation layer optimizes the surface by repairing defects, ensuring UV resistance, reducing reflection, and enhancing cell performance. 3. No Grid line on the Front: 2.27% Increase in Light Absorption + Submicron Anti-Reflective Coating The pyramid structure minimizes light reflection by 12%, further improving solar absorption. 4. Pure Silver Gridlines Conductivity is increased by 42%, with corrosion resistance improved threefold. 5. New Half-Cut Wafer Technology: Reducing Cutting Loss & Edge Leakage Traditional process: Silicon Wafer → Solar Cell → Half-Cut Cell Improved process: Silicon Wafer → Half-Cut Wafer → Half-Cut Cell #solartechnology #Solarcell #Moregosolar #wafer