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Compared to traditional crystalline silicon solar energy, different technological directions and products have emerged worldwide. However, they all have different weaknesses, which hinder the widespread application of solar energy technology.
The manufacturing process requires more processing steps and materials, which increases production costs. Unstable performance observed under high temperature.
High production costs lead to high prices. Dependency on the use of some rare materials restricts its large-scale commercialization. Low temperature sensitivity makes the cells prone to degradation or failure.
The manufacturing process is highly precise and structurally complex, reliant on rare and fragile materials, with significant susceptibility to temperature effects.
The complex production process results in high prices, which are not consumer-friendly. Fragility, coupled with heat dissipation issues, poses a challenge
The group's strong R&D capabilities in the field of new energy have innovatively introduced Cast-mono Crystalline Silicon Wafers, which comprehensively surpass mainstream solar cell technologies in terms of both cost and efficiency.
Low silicon material requirement, proprietary seed crystal recycling technology and utilization various of large-size seed crystal
Based on the same technology used for cast polycrystalline, with enhanced equipment modifications, monocrystalline is grew via directional solidification process
Effectively controls structural impurities and dislocations via a brand new thermal field design and seed crystal splicing technology
Average conversion efficiency managed within 0.3%-0.5% higher than that of monocrystalline produced via the Czochralski method.
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