High customer value
- Shorter payback time, reduces BOS cost, and lower LCOE (Levelized Cost of Energy) are all beneficial factors to consider.
- By reducing BOS cost and achieving lower LCOE, the payback time can be shortened significantly.
- The attainment of shorter payback time is achievable by lowering BOS cost and reducing LCOE (Levelized Cost of Energy).
We guarantee the lowest first-year degradation and annual degradation rates for our product. To rephrase this, our product undergoes minimal degradation in its first year and annual use, making it a highly reliable option for our customers.
- Developed to seamlessly integrate with popular system components already in use.
- Higer return on Investment
High power up to 550w
With the implementation of high density interconnect technology, module efficiency has been increased by up to 21%.
With the implementation of multi-busbar technology, the light trapping effect is enhanced, which in turn results in reduced series resistance as well as improved current collection. This technology is highly effective in optimizing the overall performance of solar panels. By incorporating multiple busbars into the design of solar cells, the efficiency of energy conversion can be significantly improved. The use of this technology also helps to minimize the losses associated with wiring resistance and enables better utilization of sunlight. In summary, multi-busbar technology is a promising approach to enhance the efficiency and reliability of solar panels.
High reliability
Innovative non-destructive cutting technology was utilized to minimize micro-cracks.
We have implemented measures to ensure the resistance of the PID (Potential Induced Degradation) through strict control of cell process and module material. Our focus is on maintaining the quality and durability of our solar modules by effectively managing the manufacturing processes and material selection. By doing so, we are confident in preventing PID and providing reliable solar solutions to our customers.
This product has the ability to endure extreme conditions like salt, ammonia, sand, high temperatures, and high humidity. It is designed to resist any damage caused by these harsh environments. Whether you are in a corrosive saltwater environment or a scorching hot desert, this product will perform exceptionally well. It is also capable of withstanding the abrasiveness of sand and the corrosive effects of ammonia. Additionally, it can withstand high temperatures and high levels of humidity without any adverse effects. Rest assured that this product is built to last in even the harshest conditions imaginable.
The mechanical performance of the product has been tested and it can withstand a positive load of up to 54010 Pa and a negative load of up to 2400 Pa. Our tests have shown that the product is highly durable and can maintain its structural integrity under these conditions. This performance ensures that the product can be used in applications where high loads and stresses are expected, providing maximum reliability and safety to our customers.
High energy yield
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Optimized energy production under inter-row shading conditions is provided by the unique design.
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