Wires are like chains for remote workers. That’s why we’ve done away with the frustration of cables and invented a truly wireless portable power bank. With a 10,000 mAh battery and wireless Qi, one power source is all you need to provide up to 15W of wireless power to your Qi-enabled devices.
Features
- 10,000mAh capacity, 30W max. output
- Simultaneously charging up to 3 devices
- Dual USB-C connection, 1 x USB-C port + 1 x USB-C integrated cable
- USB-C charging support power-in and power-out
- Supports USB-C fast charging for tablets, up to 27W
- Wireless Qi fast charging up to 15W
- Compatible with PD 3.0 devices
- Supports pass-through charging
- Fast charge with any USB-C adapter, fully charged in under 2 hours
- Built-in overcharge and safety protection
Specifications
| Capacity |
10000 mAh |
| Color |
Thunder Black |
| Battery Type |
|
| Weight |
258 g (0.57 lbs) |
| Material |
Plastic |
| Hardware Requirements |
Supported mobile phone with USB-C charging port and Qi wireless, Total output max 30W
|
| Warranty Type |
|
| Output Power |
USB-C - Max 27 W (9V/3A), Qi - Max 15 W
|
| Brand |
Lenovo Go |
| OS Requirements |
|
| Packed Weight |
384 g |
| Charge-in Ports |
1 x USB-C integrated cable, 1 x USB-C port
|
| Charge-out Ports |
1 x USB-C integrated cable, 1 x USB-C port
|
| Package Type |
Gift box |
| Packed Dimensions (L x D x H) |
|
| Height |
|
| Cable Length |
|
| Depth |
|
| Special/Added Features |
Up to 15W Qi wireless charging
|
| Warranty Period |
1 year |
| Maximum Operating Temperature |
|
| Minimum Operating Temperature |
|
| Maximum Relative Humidity (%) |
90% |
| Minimum Relative Humidity (%) |
8% |
| Battery Charging Time |
About 2 Hours (Depends on power adapter used. Value measured using Lenovo 45W power adapter)
|
| Battery Performance (Wh) |
38.5 Wh |
| Input Power |
27 W (9V/3A) |
| LED Indicator |
4 LED @ 25% each, 1 LED@Qi
|
| Power Button |
Yes |
| Quick Charge |
Yes |
| Safety Protection |
Built in Over Voltage Protection (OVP) circuit, Built in Over Temperature (OTP) circuit Built in Over Current (OCP) circuit
|
