HJ-132-710W

FEATURES

• High-Efficiency Power Generation: The 710W module typically employs high-efficiency N-type cell technologies such as TOPCon, offering high conversion efficiency. For instance, some 710W modules achieve conversion efficiencies above 22%, converting more solar energy into electricity and enabling higher power generation within the same installation area.
• Low Degradation and Long Warranty: Features low light-induced degradation (LID) and potential-induced degradation (PID) characteristics. The first-year degradation typically does not exceed 1%, with a subsequent annual linear degradation rate of around 0.4%, ensuring long-term stable power output. Additionally, it generally comes with a 12-year product materials and workmanship warranty and a 30-year linear power output warranty, providing users with long-term reliable quality assurance.
• Excellent Temperature Coefficient: Boasts a superior temperature coefficient; for example, the power temperature coefficient of JA Solar’s 710W module can reach approximately -0.28%/℃. This allows it to maintain higher power generation efficiency in high-temperature environments compared to conventional modules, adapting to various climatic conditions and helping to increase daily energy yield.
  High Reliability: Designed with a double-glass structure, enhancing the product’s weather resistance and impact resistance. It effectively withstands erosion from natural environments such as wind, sand, rain, and snow. Moreover, it has passed a series of rigorous tests, including IEC standard tests, salt spray tests, ammonia tests, etc., ensuring stable operation in various complex natural environments.
  Reduced System Costs: The high-power 710W module reduces the number of components required, thereby lowering system costs for mounting structures, foundations, and cables. It also reduces installation time and land occupancy, decreasing the levelized cost of energy (LCOE) and improving project economics.
  Good Low-Light Response: Capable of effectively generating electricity even under low-light conditions such as early morning and dusk, extending daily power generation duration and further increasing energy yield.