Kannettava varavirtalähde Xtorm XR203 10000 mAh

The Portable Power Bank Xtorm XR203 10000 mAh is a rugged outdoor power bank designed for mobile charging during trips. It offers a 10,000 mAh capacity, three USB output ports and improved Gen ’24 solar panels for supplementary recharging. Its compact black-and-orange housing is suitable for use on hikes, at the beach or in the forest to keep smartphones, tablets and other USB devices powered.

Advantages

The XR203 combines a 10000 mAh battery capacity with Quick Charge 3.0 compatibility and three simultaneous output ports, allowing efficient charging of multiple devices. The reinforced enclosure and three times more efficient Gen ’24 solar panels provide additional energy options outdoors, while the universal charger compatibility and balanced weight make it practical for day trips and weekend use.

Suitable for

• Charging smartphones and tablets while travelling
• Outdoor activities such as hiking, beach trips and camping
• Keeping multiple devices powered simultaneously (up to 3)

Key specifications

• Battery capacity: 10000 mAh
• Output ports: 3 USB ports (supports charging up to 3 devices simultaneously)
• Fast charging: Quick Charge 3.0 support
• Solar: Gen ’24 solar panels for supplementary charging
• Colour: Orange, Black
• Weight: 0.506 kg
• Charger compatibility: Universal

How to use

Before use, ensure the power bank is charged via a compatible USB charger or, when available, via the integrated solar panels. Connect devices using the supplied or compatible USB cables to any of the three output ports. If a device supports Quick Charge 3.0, connect it to the appropriate port to benefit from faster charging. Monitor charge level and disconnect devices once charging is complete to conserve the power bank's stored energy.

Recommendations

Store and transport the Xtorm XR203 in a dry place when not using the solar panels. For best results, fully charge the power bank before extended trips and use the solar panels as a supplementary charging source rather than the primary method for full recharges.