1. High power generation and low cost of electricity:
high-efficiency cells with advanced packaging technology, industry-leading module output power, excellent power temperature coefficient -0.34%/℃.
2. The maximum power can reach 410W+:
the module output power can reach up to 410W+.
3. High reliability:
cells non-destructive cutting + multi-busbar/super multi-busbar welding technology.
Effectively avoid the risk of micro cracks.
Reliable frame design.
Meet the loading requirements of 5400Pa on the front and 2400Pa on the back.
Easily handle various application scenarios.
4. Ultra-low attenuation:
Attenuation of 2% in the first year, and attenuation of 0.55% year by year from 2 to 30 years.
Provide long-term and stable power generation income for end customers.
Application of anti-PID cells and packaging materials, lower attenuation.
1. half slice cut:
Current density reduced by 1/2.
The internal power loss is reduced to 1/4 of conventional components.
Rated output power increased by 5-10W.
Whole piece: P=I^2R.
Half slice: P=(I/2)^2R.
2. multiple bus bars:
The grid lines are densely distributed, and the force is uniform, and the output power of the multi-busbar design is increased by more than 5W.
High efficiency: Monocrystalline solar modules have 5 busbars. Solar systems with such modules provide increased power generation by operating at peak efficiency in both cloudy weather and high temperatures.
Long-term guarantee: Caisheng New Energy Technology strives to provide the best quality services to its business and individual customers. Due to that, having a factory equipped with advanced machinery and the latest technologies, we ensure you that our products have undergone all the necessary international certification stages (CE, EAC, IEC, UL, PID). We provide a 25-year warranty on the performance of all our solar modules.
Reliable supplier: Caisheng New Energy Technology is a trusted provider of solar energy solutions with an experienced team of professionals and technicians capable of fulfilling their duties on time.