The Lucky CPCt1 Solar Backsheet is a high-performance transparent solution engineered specifically for the next generation of bifacial photovoltaic modules. By leveraging advanced fluorinated coating film technology, it provides an exceptional bonding interface with EVA encapsulants, ensuring structural integrity and maximum energy harvest in challenging environments.
Designed for durability and efficiency, the CPCt1 backsheet excels in thermal stability and UV resistance, meeting the most stringent international industry standards. Whether for utility-scale solar farms or complex hybrid projects, this innovative material optimizes light transmission and protects the solar cell from degradation, driving higher ROI for PV installations.
| Product Model | Lucky CPCt1 Transparent Backsheet | Coating Technology | Fluorinated Coating Film |
|---|---|---|---|
| UV Aging Resistance | > 120 kWh/m² | Bonding Interface | Optimized for EVA Encapsulant |
| Thermal Stability | High-temperature Endurance | Application Type | Bifacial PV Modules |
| Hot-Spot Resistance | Outstanding Endurance | Inspection Standard | International Quality Certification |
| Film Application | High-Precision Uniform Coating | Traceability | Comprehensive Batch System |
Utilizes advanced fluorinated technology to form a stable, reliable bonding interface with EVA encapsulants.
Maintains consistent performance and structural integrity within critical module operating temperatures.
Exceeds 120 kWh/m², ensuring long-term durability under intense solar radiation and extreme weather.
Specially formulated to withstand hot-spot effects, reducing the risk of module failure and energy loss.
High-precision equipment ensures a uniform film application for consistent transparency and protection.
Rigorous batch-by-batch testing and a complete traceability system guarantee uncompromising quality.
Optimized for large-scale ground-mounted bifacial projects for maximum energy yield.
Perfect for commercial and industrial rooftop systems requiring high efficiency.
Suitable for agricultural solar hybrids, allowing light transmission for crop growth.
Engineered to withstand humid environments typical of fishery-solar installations.
Designed for regions with extreme UV exposure and high heat levels.
Superior moisture barrier properties for high-humidity geographic locations.
| Performance Metric | Standard Backsheet | Lucky CPCT1 Solution |
|---|---|---|
| Bifacial Gain | Limited | Significantly Enhanced |
| Lifespan (UV) | Industry Average | Extended (>120 kWh/m²) |
| Thermal Stability | Moderate | High-Endurance |
| Hot-Spot Risk | Standard | Minimized/Reduced |
| Overall LCOE | Standard | Lowered via Higher Efficiency |
The CPCt1 is a transparent backsheet that allows light to reach the rear side of the solar cells, significantly increasing the energy yield through bifacial gain compared to traditional opaque backsheets.
Fluorinated coating provides superior chemical stability and UV resistance, preventing the material from degrading under harsh sunlight and ensuring a secure bond with the EVA encapsulant.
Yes, the material is specifically designed for special climate zones, offering high resistance to humidity and moisture ingress, making it ideal for fishery-PV and coastal projects.
This rating indicates that the backsheet can withstand intense ultraviolet radiation without yellowing or losing mechanical strength, ensuring the module's efficiency remains high over its lifetime.
We employ high-precision coating equipment and a comprehensive quality traceability system, performing strict batch-by-batch testing against international performance standards.
They are primarily used in bifacial modules, Agri-PV (solar farming), fishery-PV, and commercial distributed systems where maximizing light capture from both sides is essential.
