Xtorm SolarBooster 21 Watts panel

The Xtorm SolarBooster Solar Panel uses solar energy to charge your devices and uses high-yield SunPower cells for fast charging. It maintains minimal energy loss and can also function on a cloudy day. You can charge two devices simultaneously using the USB and USB-C outputs. The included carabiner allows you to easily attach the solar panel to a backpack, a bicycle or a tent.

Xtorm SolarBooster Solar Panel (21 Watts) Key Features:

• Used to charge two devices at the same time
• Uses solar energy to charge your devices
• Maintains minimal energy loss during the charging process
• Features an LCD to show the current Ampere output
• Can be used even on a cloudy day
• Uses high-yield SunPower cells to fast charge the connected devices
• Includes a carabiner to attach the panel to a bicycle, tent or backpack
• Made from waterproof and flexible ETFE material
• Can be folded to save storage space
• Automatically balances the correct charging speed and divides it efficiently between the two devices
• Protects the battery from overcharging and overheating
• Provides a power of 21 Watts
• Weighs up to 425 grams for easy portability
• Includes a temperature control chip to prevent overheating

What's in the box?

• 1 x Xtorm SolarBooster Solar Panel (21 Watts)
• 1 x Xtorm USB to USB-C Cable
• 1 x Carabiner
• 1 x Instruction Manual

FAQs:

What are the dimensions of the solar panel?

The SolarBooster panel has the following dimensions – 630 mm x 320 mm x 20 mm when unfolded and can be folded down to the dimensions 320 mm x 155 mm x 35 mm.

How many outputs are available?

It features two outputs to enable the charging of two devices simultaneously, USB-A and USB-C.

What is the material used for its construction?

It is made from ETFE material, which is waterproof, strong and flexible allowing you to fold it and take it anywhere with you. The included carabiner allows you to attach the panel to a backpack or a tent.

What are the safety checks?

The SolarBooster panel uses an APM chip and a temperature control chip to balance the power and prevent overcharging or overheating of the battery of the attached devices.