RVPOZWER 500W N-Type Monocrystalline Rigid Solar Panel White Frame High Conversion Efficiency Waterproof Solar Module for Home RV Farm Camping Off-Grid Power System Trailer Boat

RVPOZWER 500W N-Type Monocrystalline Rigid Solar Panel White Frame High Conversion Efficiency Waterproof Solar Module for Home RV Farm Camping Off-Grid Power System Trailer Boat

Electrical Specifications (STC Standard Test Conditions)
Rated Maximum Power (Pmax): 500W
Power Tolerance: 0~5W
Maximum Power Voltage (Vmp): 25.2V
Maximum Power Current (Imp): 19.85A
Open-Circuit Voltage (Voc): 29.74V
Short-Circuit Current (Isc): 21.44A
Voc & Isc Tolerance: ±5%
Maximum System Voltage: 1500V
Maximum Series Fuse Rating: 25A

Mechanical & Environmental Parameters
Operating Temperature: -40℃ ~ 85℃
Protection Class: Class II
Dimensions: 1340×670×30mm
Net Weight: 10.96Kg


Product Material:
1. Front Panel: High-transmission Tempered Glass
Adopted high light transmittance tempered glass. It effectively captures sunlight and improves photoelectric conversion efficiency. Hardened surface is scratch-resistant, impact-proof, and can withstand harsh outdoor environments.
2. Aluminum Alloy Frame
Thickened aerospace-grade aluminum alloy frame features high hardness and good toughness. It reinforces the overall structure, prevents bending and deformation, and provides excellent wind and snow resistance. Easy for installation and fixing.
3. Encapsulation Material
High-quality EVA adhesive film fully encapsulates battery cells. It has great adhesion, anti-aging performance and UV resistance. Avoids internal aging, delamination and water penetration under long-term outdoor use.
4. Multi-layer Backsheet
Durable composite backsheet isolates heat, moisture and dust. It protects internal circuits and cells, reduces power attenuation, and ensures stable output for years.
5. Overall Sealing Process
Fully sealed craft creates an all-round protective barrier. Excellent waterproof, dustproof and weatherproof performance, suitable for home, outdoor, RV and electric vehicle charging scenarios.