Astronergy ASTRO N7 CHSM66RN(DG)/F-BH 620W Bifacial PV Module

The Astronergy ASTRO N7 CHSM66RN(DG)/F-BH 620W bifacial PV module represents a cutting-edge solution for solar energy generation, designed to maximize energy yield and ensure long-term reliability. This high-performance module utilizes advanced technologies to capture sunlight from both its front and rear surfaces, making it an excellent choice for various installation environments.

• Bifacial Technology: Harnesses sunlight from both sides of the module, significantly increasing energy production.
• TOPCon / Half-cut Cells: Features advanced n-type TOPCon technology combined with half-cut cells, boosting efficiency and overall performance.
• Better Temperature Coefficient (Pmpp): Maintains higher power output even in elevated temperatures, ensuring consistent performance.
• Non-destructive Cutting: Employs sophisticated cell cutting technology to minimize microcracks and enhance durability.
• PID Resistance: Offers excellent resistance to Potential Induced Degradation, ensuring stable long-term performance.
• Low BOS Cost & LCOE: Helps reduce Balance of System costs and Levelized Cost of Energy, making solar energy more affordable.
• High Power Output: Delivers a power range of 600-620W, maximizing energy generation per module.
• Durable Design: Constructed with an aluminum, silver anodized frame and robust 2.0+2.0 mm front/back glass for enhanced durability.
• High Mechanical Load Resistance: Capable of withstanding 5400 Pa (front) and 2400 Pa (back) mechanical test loads, ensuring resilience against harsh weather conditions.
• IP68 Junction Box: Provides superior protection against dust and water ingress, enhancing the module's longevity.

The Astronergy ASTRO N7 CHSM66RN(DG)/F-BH 620W bifacial module is engineered for superior performance, durability, and cost-effectiveness. With its advanced features and robust design, this module offers an exceptional solution for those seeking to maximize their solar energy investment, ensuring reliable power generation for years to come. Its bifacial capabilities, combined with high mechanical load resistance, make it a versatile choice for a wide range of applications.