Name of Panel: BIS Certified Half Cut Mono Perc Module 550 Watt 144 Cell Solar Panel
Model Number: Rhine 144 Cell Series 550wp (RSL550M)
Capacity of Panel: 550 Watt
Maximum Efficiency: 21.00%
Weight in Gram/KG: 27.90 kg Approx.
Dimensions (L x W x H): 2278 x 1134 x 35 mm 3
Solar Cells: Monocrystalline 91 mm x 182 mm
Cell Orientation: 144 cells (12 x 12)
Front Glass: 3.2mm toughened textured glass
Back Sheet: White
Frame: Anodized Aluminum Alloy
Standard Packing: 25/29 Panels per pallet
Module Pieces per Container: 600 Pieces/Modules/Panels ( 40 HQ )
Junction Box, Cable & Connectors: IP 68 split junction box, 3 Diode, 4mm 2 AWG 1500V MC4 connectors
Performance/Efficiency of Panel: Short-Circuit Current (Isc): 13.46 Amps, Operating Voltage (Vmp): 44.21 V, Optimum Operating Current (Imp): 12.45 Amps, Open-Circuit Voltage (Voc): 49.68 Volt, Module Efficiency: 21.0%; Operating Temperature: -40o C to 80oC, Maximum System Voltage: 1500 V, Maximum Series Fuse Rating: 25 Amp, Application Classification: Class A, Power Tolerance: +- 3%
Warranty: 10 Year Product Workmanship Warranty. 25 years Linear Power Warranty
Package includes: Solar Panel with Junction Box and Cable
Application of Panel: Best for Residential & Commercial installation, Solar Water Pumps, Solar Projects, Filling Stations, EV Charging Stations. Pre-drilled holes on the back of the panel for fast mounting and securing. Best compatible with 24V Inverter and Battery (Two battery of 12V each)
Features of Panel: Solar panels are BIS certified as per IS/IEC standards; Space Requirement – 20 sq. feet (approx.) for single panel and 1000mm length meter cable for connection; Comes with premium MC4 connecting plugs which ensures a reliable connection.
Designed using a silver anodized high-tech aluminum frame that withstands higher wind and snow loads up to 4000/5400 Pa (IEC) which allows the panels to last for decades
Equipped with high-performance Grade A solar cells with PID resistant technology. The Grade A silicone cells come integrated with a powerful reflector that redirects sunlight back from the cell. This technology leads to the generation of up to 5 percent more power