Sonaray LightPOD Battery Kit with Solar Panel – Angle Bracket
$1,275.00
Our pod is a true professional grade all-in-one system: pre-wired, programmed and assembled into a plug-and-play unit ready for you to use.
The solar lightPOD is equipped with the latest lithium ion LiFePO4 batteries.
The solar panels are made of the highest quality materials to ensure high efficiency and long-lasting performance. It is equipped with a 240 Wh battery that will power one light bar for more than 10 hours.
Additionally, all our lights are designed to plug-and-play, allowing them to be installed quickly and easily wherever you need them. The battery is removable and it can also be charged by a 240V charger if required.
There is no electrician needed, reducing installation cost. Suitable for permanent and temporary installations. It includes a fully installed ready-to-use folding mount to get the correct angle for charging by the panel.
We can create your own custom lighting system to illuminate an interior or exterior.
Specifications for LightPOD Battery Kit with Solar Panel – Angle Bracket
- Solar cell: mono crystal 125×78 mm with 36 cells
- Dimensions: L 890 mm, W 670 mm, D 30 mm
- Frame: aluminium alloy
- Surface glass: 3.2 mm, high transmittance, low iron, tempered glass
- Maximum power (Pmax): 80 Wp
- Maximum power Voltage (Vmp): 18 V
- Maximum power Current (Imp): 3.33 A
- Open-circuit voltage (Voc): 21.4 V
- Short-circuit current (Isc): 3.78 A
- System voltage: 1000 V Tolerance 3±
- Adjustable angle solar panel mount
Specifications for Battery
- Nominal capacity: 240 Ah
- Dimensions: L 280 mm, H 150 mm, D 80 mm
- Weight: 3 kg
- Battery cell: lithium LiFePO4 battery
- Time to fully charge: 6–8 hours*
- Battery life: 3 years
- Cycle life: 1000 times
- Maximum charge/discharge current: 5 A
- Standard discharge current: 2 A
- Nominal voltage: 1.8V
- Max charge voltage: 16.8V
- Discharge cut-off voltage: 12.0V
- Ambient operating temperature: 0°C to +45°C
- Relative humidity: 10% to 90%
- Max Power Point Tracking (MPPT) System
Note: *The time the battery could be fully charged under the effective illumination of the solar panel.
