Solar Panels Hi-MO 5
Hi-MO 5
This solar module is a high - performance energy solution designed to harness the power of the sun efficiently. Boasting a module power of 550W and an impressive module efficiency of 21.3%, it stands as a reliable choice for both residential and commercial solar installations. Backed by a 12 - year product warranty and an extensive 30 - year power warranty, it offers long - term assurance of quality and performance.
1. Smart Soldering
The module employs uniform smart soldering technology. This advanced soldering method significantly enhances the power and efficiency of the module. By ensuring precise and consistent solder joints, it improves the overall power - loading capacity, enabling the module to generate more electricity under various environmental conditions.
2. Optimized Module Size
Featuring large - format modules with M10 wafer size, and utilizing dual - glass and frame packaging, this design ensures exceptional module strength. The optimized size not only allows for efficient use of installation space but also contributes to better structural integrity, making it suitable for installations in areas with challenging weather conditions.
3. Optimized Electrical Parameters
With a working current of approximately 13A, the module is perfectly adapted to mainstream string inverters. This compatibility simplifies the integration process into existing solar power systems, eliminating the need for complex modifications or additional equipment. It ensures smooth and efficient power conversion, maximizing the overall system output.
4. Gallium - doped Technology
The incorporation of gallium - doped technology is a major breakthrough. It effectively overcomes Light - Induced Degradation (LID), a common issue that reduces the efficiency of solar cells over time. By preventing LID, this technology guarantees long - term and stable power generation, ensuring that the module maintains high performance throughout its lifespan.
5. Smart Module Packaging and Logistics
Smart module packaging solutions are employed to ensure high reliability during transportation and storage. These packaging methods protect the modules from physical damage and environmental factors. Additionally, they are designed to optimize space utilization, reducing transportation costs and ensuring that the modules arrive at the installation site in perfect condition.
6. Bifacial Energy Yield
The module features bifacial design, which allows it to generate additional power from the backside. This unique characteristic increases the overall energy yield, as it can capture reflected light from various surfaces. This has been verified by customers and third - party testing organizations, making it a highly efficient solution for maximizing energy production.
