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F00D170F60
Product number:
F00D170F60
Product description:
For building developers and residential project owners who favor traditional or industrial architectural styles and prioritize abundant natural lighting with auxiliary energy generation — our 60% light-transmittance CdTe BIPV module achieves the bright integration of "translucency for roofs and walls with photovoltaic performance". It maximizes natural light penetration (creating translucent,airy interiors) while retaining the stylistic identity of traditional buildings (e.g., retro window frames) and industrial structures, making it ideal for light-intensive spaces.
Core Selling Points:
✅ Architectural Aesthetic Compatibility:
With 60% light transmittance (highly transparent, similar to frosted glass), customizable clear textures, and 6mm ultra-thin tempered glass, the module is perfect for traditional residential atrium roofs, industrial-style office skylights, and retro building glass canopies. It can be installed on full-height curtain walls, sunroom ceilings, and balcony railings — the 60% high transmittance creates bright, open interiors, reducing daytime artificial lighting use by 70%. The CdTe thin-film’s invisible cell structure (no obvious grid lines) preserves the building’s transparency, while the glass resists scratches and UV damage for long-term clarity.
With 60% light transmittance (highly transparent, similar to frosted glass), customizable clear textures, and 6mm ultra-thin tempered glass, the module is perfect for traditional residential atrium roofs, industrial-style office skylights, and retro building glass canopies. It can be installed on full-height curtain walls, sunroom ceilings, and balcony railings — the 60% high transmittance creates bright, open interiors, reducing daytime artificial lighting use by 70%. The CdTe thin-film’s invisible cell structure (no obvious grid lines) preserves the building’s transparency, while the glass resists scratches and UV damage for long-term clarity.
✅ Stable High-Quality Power Generation:
Delivers 170W peak power (Pmax) under STC with 5.9% module efficiency — sufficient for auxiliary energy needs (e.g., powering lighting, small appliances) while prioritizing light transmission. The CdTe cells’ unique photon absorption technology ensures efficient energy conversion even with high light transmittance; under weak-light conditions (e.g., overcast days), it generates 10% more power than high-transmittance silicon modules. The -0.29%/℃ Pmax temperature coefficient prevents overheating-related power loss in sun-exposed areas (e.g., skylights), ensuring stable auxiliary energy supply.
Delivers 170W peak power (Pmax) under STC with 5.9% module efficiency — sufficient for auxiliary energy needs (e.g., powering lighting, small appliances) while prioritizing light transmission. The CdTe cells’ unique photon absorption technology ensures efficient energy conversion even with high light transmittance; under weak-light conditions (e.g., overcast days), it generates 10% more power than high-transmittance silicon modules. The -0.29%/℃ Pmax temperature coefficient prevents overheating-related power loss in sun-exposed areas (e.g., skylights), ensuring stable auxiliary energy supply.
✅ Extreme Environment Durability:
Maintains the series’ rugged standards — -40~+85℃ operating temperature range, 5400pa/5400pa static load, IP67 junction box, Class II safety, and Class A fire rating. The high-transmittance glass is treated with anti-reflective and anti-condensation coatings, preventing water droplets from obscuring light or damaging the module. It also resists UV-induced degradation, ensuring no reduction in transmittance or aesthetic quality over time.
Maintains the series’ rugged standards — -40~+85℃ operating temperature range, 5400pa/5400pa static load, IP67 junction box, Class II safety, and Class A fire rating. The high-transmittance glass is treated with anti-reflective and anti-condensation coatings, preventing water droplets from obscuring light or damaging the module. It also resists UV-induced degradation, ensuring no reduction in transmittance or aesthetic quality over time.
✅ On-Site Installation Flexibility:
Same 2400×1200×18mm dimensions and 125kg weight, fitting traditional window openings and industrial glass curtain wall frames. The MC4 connectors enable quick integration with small-scale PV systems (e.g., residential rooftop setups), while the 1300mm cables simplify wiring in high locations (e.g., skylights). Unlike traditional glass, it requires no additional photovoltaic installations — replacing existing glass panels directly, which cuts construction time by 40% for light-intensive projects.
Same 2400×1200×18mm dimensions and 125kg weight, fitting traditional window openings and industrial glass curtain wall frames. The MC4 connectors enable quick integration with small-scale PV systems (e.g., residential rooftop setups), while the 1300mm cables simplify wiring in high locations (e.g., skylights). Unlike traditional glass, it requires no additional photovoltaic installations — replacing existing glass panels directly, which cuts construction time by 40% for light-intensive projects.
| STC | Standard Test Conditions:Irradiation 1000W/㎡,Cell Temperature 25℃,AM1.5 |
| Light Transmittance | 60% |
| Rated Maximum Power(Pmax/W) | 170 |
| Power Tolerance | 5% |
| Maximum Power Voltage(Vmp/V) | 101.8 |
| Maximum Power Current(lmp/A) | 1.67 |
| Open Circuit Voltage(Voc/V) | 125.5 |
| Short Circuit Current(lsc/A) | 1.85 |
| Module Efficiency[%] | 5.9% |
| Dimensions(mm) | 2400*1200*18 |
| Weight(kg) | 125 |
| Cell | CdTe |
| Front Glass(mm) | 6 |
| Back Glass(mm) | 6 |
| Maximum Load (Front/Back) | 5400pa/5400pa |
| Junction Box | IP67 |
| Connector | MC4 |
| Cable Specifications | 2.5mm²,1300mm,Customization available |
| Packing Quantity | / |
Certificates:
(1)IEC61215/IEC61730/UL61730
(2)IEC61701/IEC62716/IEC60068
(3)IEC62941/IEC62804
(4)ISO9001:2015: Quality Management System
(5)ISO14001:2015: Environment Management System
(6)ISO45001:2018: Occupational health and safety management system
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