
620-640W / N-type bifacial double-glass photovoltaic modules
The LINUO RITTER 620-640W N-type bifacial photovoltaic panel is designed for photovoltaic projects seeking ultimate power generation efficiency and long-term stable returns. It utilizes 156 half-cell M10 N-type monocrystalline silicon cells, combining LECO technology and SMBB half-cell technology to achieve lower operating temperature, superior anti-PID performance, and reduced shading losses.
โ 620W-640W high-power modules
โย IP68 protection rating
โย Maximum system voltage 1500V DC (IEC certified)
โย 20-year product warranty
โ Operating temperature range: -40โ to +85โ
N-type monocrystalline silicon (M10, 156 half-cell layout).
2465mm ร 1134mm ร 30mm
2.0mm coated semi-tempered glass (double-sided)
Anodized aluminum alloy
High power output + bifacial power generation
Anti-PID + Double Glass Structure, Worry-free for Coastal and Desert Areas
Ultra-High Power Output
620W-640W high-power design featuring M10 N-type monocrystalline silicon cells with LECO technology. Reduces module quantity for the same installed capacity, significantly lowering BOS costs including racking, cabling, and installation labor.
Lower Levelized Cost of Energy (LCOE)
Bifacial dual-glass structure delivers up to 30% rear-side power gain. Combined with a 30-year linear power warranty ensuring long-term returns, total lifetime energy yield is substantially increasedโmaking this the optimal solution for reducing project LCOE.
Superior Anti-Degradation Performance
Enhanced with Anti-PID and Low LID technologies. First-year degradation below 1%, with only 0.4% annual degradation thereafter. N-type cells are free from boron-oxygen complex defects, delivering superior first-year and long-term energy yield compared to P-type modules.
Reduced Hot Spot Risk
Harsh Environment Adaptability
2.0mm half-tempered dual-glass construction with 5400Pa front / 2400Pa rear mechanical load ratings. Certified for salt mist, ammonia, and sand resistanceโsuitable for coastal, desert, high-temperature, and high-humidity extreme environments.
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