Product advantage:
This solar module, which leads the technology trend, is equipped with innovative two-sided technology, so that the back can also collect sunlight, and the power output quietly increases to 30% compared with ordinary one-sided modules. Imagine a reliable power supply that spans 30 years with a steady improvement in performance, bringing unquestionable long-term advantages.
- Thanks to the revolution that N-type batteries have brought to solar technology, they are tenaciously resistant to photodegradation and provide consistent and powerful power day after day. When it comes to the scene of low light, it can still show its skills, fully tap its power generation potential and overcome climate differences.
- The ability to absorb light and collect current up to the cutting edge level brings excellent power output and rock-solid credible endurance to the module. Equipped with the industry-leading lowest thermal coefficient, this module maintains consistent high efficiency and reduces energy loss caused by temperature differences, even in extreme heat.
- Its electrical structure design is optimized and the working current is more moderate, so as to reduce hot issues, achieve better temperature control effect, and improve the overall efficiency and service time. The standard verification of durability and robustness is shown in the dual certification of wind shock up to 2400 Pascal and snow load to 5400 Pascal, without fear of any adverse weather.
- Each unit must undergo stringent EL testing three times to ensure that the defect rate is minimized, thus ensuring its top quality and reliability. The 610W Topcom high-density double-sided double-glass single crystal module is not only the highest in performance, but also a leader in the industry in terms of durability and efficiency, whether residential, commercial or large-scale public solar projects.
With these advanced features and industry-leading specifications, the 610W N-type Topcon High Density Bifacial Double Glass Mono module offers superior performance, durability, and efficiency, making it an ideal choice for residential, commercial, and utility-scale solar projects.
FAQ
Q: What are the advantages of bifacial technology in solar modules?
A: Bifacial technology takes solar efficiency to the next level by capturing sunlight from both the front and back of the panel. This design uses not only direct sunlight but also reflected light to generate 30% more electricity than traditional single-sided panels.
Q: How does the module design reduce the risk of hot spots?
A: The enhanced electrical design of our solar modules includes lower operating currents, which, combined with optimal circuit layout, greatly reduces the formation of hot spots. This means each cell runs cooler and more efficiently, improving the overall health and longevity of the module.
Q: Will solar modules perform well in areas with frequent snow and high winds?
A: Of course, our modules are rigorously certified to withstand harsh weather conditions, withstanding wind loads up to 2400 Pa and snow loads up to 5400 Pa. The rugged design ensures safety and optimal performance even in extreme weather conditions.
Q: How do modules maintain their efficiency in terms of low-irradiance performance?
A: The module is engineered to maintain performance in a variety of lighting conditions. It has excellent low-irradiance performance, which means it can effectively convert the weakest light into usable energy, ensuring continuous power generation on cloudy days or during dawn and dusk.
Q: What is the significance of triple EL testing of solar modules?
A: Triple electroluminescence (EL) testing is critical to ensuring the structural integrity of solar modules. By conducting this test three times, we are able to identify and eliminate cells with microcracks or other defects that could impact module performance and longevity, providing our customers with highly reliable energy.
