
Xtech | XPB100 Solar Power Bank 10000mAh with built-in charging cables
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Description
Reliable portable power meets practical outdoor functionality in a compact solar power bank designed for travel, everyday carry and emergency situations. A high-capacity battery keeps smartphones and small devices powered throughout the day, while multiple built-in cables and ports provide broad compatibility without the need for extra accessories. Solar charging capability offers an additional energy source when sunlight is available, making it suitable for camping, hiking or extended journeys. A digital display provides clear battery status at a glance, and an integrated LED flashlight adds useful illumination when light is needed most.
Specifications
General Information
- Product type: Solar power bank
- Battery capacity: 10,000mAh / 3.7V / 37Wh
Input
- Micro-USB DC input: 5V / 2A
- USB-C® DC input: 5V / 2.7A
- USB-A DC input: 5V / 2A
- Solar panel input: 80–100mA
Charging Time
- Micro-USB input: Approx. 4.5 hours
- USB-C® input: Approx. 4.5 hours
- USB-A input: Approx. 4.5 hours
- Solar panel charging: Approx. 100 hours of daylight under ideal sunlight conditions
Output
- Total charging outputs: 6
- 2 × USB-A ports
- 1 × two-way USB-C® port (input and output)
- Built-in Micro-USB, Lightning® and USB-C® charging cables
Output Power
- USB-A outputs (2): 5V / 3A (15W max.)
- USB-C® / Micro-USB / Lightning® outputs: 5V / 3A (15W max.)
Physical Characteristics
- Housing material: ABS
- Colour: Black
- Dimensions: 5.86 × 2.75 × 0.74 in
- Weight: 8.57 oz
Features
- Dual LED flashlight
- Digital battery level display
- Power switch
- Portable travel-friendly design
Cable
- Charging cable: USB-A to USB-C® (3A)
- Cable length: 11.81 in
Operating Conditions
- Operating temperature: -4°F to +140°F
- Storage temperature: 32°F to +86°F
- Relative humidity: ≤75% RH
Package Contents
- Solar power bank
- USB-A to USB-C® 3A charging cable
- Quick installation guide
Solar charging performance depends on sunlight intensity and environmental conditions. The solar panel requires direct sunlight to recharge the battery.