NEOSTAR 2S+54 Bi-verre Solar Panel 440W-470W High Efficiency Low Degradation Rate -26% Temperature Coefficient Dual-Glass Design for Residential and Commercial Rooftop Installations Aiko Solar

NEOSTAR 2S+54 Bi-verre Solar Panel 440W-470W High Efficiency Low Degradation Rate -26% Temperature Coefficient Dual-Glass Design for Residential and Commercial Rooftop Installations Aiko Solar

AIKO 2009 China
  • NEOSTAR 2S+54 Bi-verre Solar Panel 440W-470W High Efficiency Low Degradation Rate -26% Temperature Coefficient Dual-Glass Design for Residential and Commercial Rooftop Installations Aiko Solar
  • NEOSTAR 2S+54 Bi-verre Solar Panel 440W-470W High Efficiency Low Degradation Rate -26% Temperature Coefficient Dual-Glass Design for Residential and Commercial Rooftop Installations Aiko Solar
Summary
Aiko Solar's NEOSTAR 2S+54 Bi-verre solar panel delivers high efficiency up to 23.6% with power output ranging from 440W to 470W. Featuring low degradation rate (≤1% first year, ≤0.35%/year thereafter) and best-in-class temperature coefficient of -0.26%/°C, this dual-glass PV module ensures long-term reliability with 25-year product warranty and 30-year performance guarantee. Ideal for residential and commercial rooftop installations, it offers enhanced partial shading optimization, reduced O&M costs, and improved safety with zero front-side grid design. The advanced module architecture minimizes system balance-of-system (BOS) costs and increases installation capacity.More
Specifications
Puissance:
440W~470W
Garantie produit:
25 ans
Garantie de performance:
30 ans
  • NEOSTAR 2S+54 Bi-verre Solar Panel 440W-470W High Efficiency Low Degradation Rate -26% Temperature Coefficient Dual-Glass Design for Residential and Commercial Rooftop Installations Aiko Solar
  • Rendement : jusqu'à 23.6%
  • Faible dégradation des performances : ≤1 % la première année et ≤ 0,35 %/an les années suivantes.
  • Garantie de première qualité : Garantie produit de 25 ans et garantie de performance de 30 ans
  • Meilleur coefficient de température : -0,26 %/ °C
  • Maximisation de la capacité de l'installation, optimisation de l'ombrage partiel
  • Co?ts O&M réduits La limitation de perte de puissance par températures élevées et la résistance aux micro-cracks, ainsi que l'absence de grille frontale garantissent la sécurité du toit et réduisent le taux de défaillance du panneau. Même capacité CC obtenue avec des points de connexion réduits d'environ 5,5 %.
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