- DETAILS
- SPECIFICATIONS
Product Information
AUSTRALIAN DESIGN AND DEVELOPMENT
iTechworld is proud to present the 150W 12V Flexible Solar Panel – designed and developed in Australia, for Australia. These panels utilise our patented Raptor Skin technology that self-cleans and protects against scratches and reflections. These panels also come with an IP67 waterproof rating to withstand the rigours of the Australian outback.
POWER FROM ANYWHERE
The benefits of a flexible solar panel are that you can access power wherever you can access the sun! The 150W 12V Flexible Solar Panel can bend up to an angle of 240°, allowing for both portability and easy setup. This ensures that you can place your panel anywhere and power up your devices no matter where you're parked – keeping you off-grid for longer!
EFFORTLESS MOUNTING
The 150W 12V Flexible Solar Panel features pre-punched mounting holes in each corner for a straightforward setup. The flexible panel makes it straightforward and simple can be mounted on your car, caravan, or even boat. You can secure it quickly without any drilling required—it’s even compatible with mounting tape for the easiest installation possible.
FEATURES
- Exclusive Raptor Skin cell coating for extended lifespan
- IP67 waterproof rating
- Flexible and bendable up to an angle of 240°
- 3mm thick and 3.4kg – thin and light
- Pre-punched mounting holes
Shop our complete range of flexible solar panels.
PACKAGE CONTENTS
- 1 x 150W 12V Flexible Solar Panel
Support
The statutory warranty is 12 months from the date of purchase.
SPECIFICATIONS
150W 12V FLEXIBLE SOLAR PANEL SPECIFICATIONS
Solar Cells: | HPBC |
Max Wattage: | 150W |
Max Voltage: | 19.8V |
Max Current: | 7.6A |
Open-Circuit Voltage: | 22V |
Short circuit current: | 8.2A |
Normal Operating Cell Temperature (NOCT) | 45+2°C |
Grade: | Partial shade charging |
Cable Length: | 85cm |
Weight: | 3.4 kg |
Cell Lamination: | Raptor Skin |
Dimensions: (LxWxH) |
1160mm x 670mm x 3mm thick |
All technical data is provided under standard test conditions: E=1000/M2, TC=25°C, AM=1.5