160 Watt Solar Panel
UTL Solar
UTL Solar manufactured 160 watt solar panel with high efficiency poly-crystalline solar panel with 36 cells and 5 bus-bars solar panels, mounted in an anodized aluminum alloy frame. 7 amps current at peak.
Specifications
| Solar Panel Rating | 160 Watt |
|---|---|
| Panel Type | Polycrystalline |
| Short circuit current | 8.89 ampere |
| Operating voltage at Pmax VMP | 18.8 volt |
| Operating current Imp | 8.56 ampere |
| Open circuit voltage VOC | 21.6 volt |
| Module efficiency | >16 % |
| Operating temperature | -40 °C to 80 °C |
| Maximum system voltage | 100 V |
| Power tolerance | 3% |
| Fill factor | 77% |
| Standard test condition | Irradiance of 1000 W/m square, spectrum AM 1.5 and cells temperature of 25 °C |
| Max. series fuse rating | 10 |
| No. of Busbar | 4BB |
| No. of cells | 36 |
| Cell arrangement | 9*4 |
| Module dimension | 1486*666*35 mm |
| Weight | 12 Kg |
| Front side junction box | IP65 |
| Frame | Anodized Aluminium Alloy |
| Front glass | 3.2mm Toughened Textured |
| Cables and connectors | 4mm,AWG 1000V/mc4 connectors |
| Warranty | 25 Years Performance & 10 Year Product Warranty |
As published by UTL Solar. We confirm figures that matter for your design against the current datasheet before you order.
Features
- Excellent power generation even in the low light irradiation
- 2 mm toughened textured glass for front protection.
- Highly efficient solar panels with more than 18% efficiency.
- Available in various power ratings with 36/72 cells.
- Superior performance in all atmospheres.
- Anodized aluminum alloy frame for protection.
About this product
Our solar panels are Highly Efficient as they convert Sunlight into Electricity without any loss. They have a better cell to module conversion efficiency, the gap is optimized between the module frame and the solar cell to remove the shading.
UTL Solar panels are worked with amazing substantial obligation anodized aluminum outlines that are scratch-safe, anticipate consumption, are waterproof, and can persevere through high load strengths. They are exceptionally harsh and extreme.