Problem: The charging ports (Type-C, Lightning, USB-A) and power requirements of different brands of devices are different, and users need to prepare multiple cables.
Solution of smart charging cabinet:
Modular design: Provide Type-C/USB-A/Lightning multiple ports, compatible with 99% of electronic devices.
Intelligent power distribution: Automatically identify device type and output the best current (5V/2A for mobile phones, 65W for laptop PD).
Problem: Traditional socket charging is prone to overload, short circuit, and battery overheating, especially when unattended.
Safety technology of smart charging cabinet:
Risks |
Traditional charging methods |
Smart charging cabinet solutions |
Overcharge |
Depends on manual plugging and unplugging |
Automatic power off when fully charged (±1% accuracy) |
Short circuit |
No protection, prone to fire |
Fuse protection + temperature sensor |
Power overload |
Multiple devices plugged in together are prone to tripping |
Dynamically allocate power, master control does not exceed the limit |
Correct use steps:
Select an idle charging port and insert the device
Close the cabinet door and make sure the electronic lock is closed (some models require scanning code/swipe card confirmation)
Take away the device in time after charging is completed (to prevent resource occupation)
Prohibited behaviors:
Pulling and unplugging cables violently (may cause the interface to loosen)
Using low-quality charging cables when charging (prone to overheating or short circuit)
Cover the heat dissipation holes (charging cabinets need ventilation for long-term operation
Personal device protection:
Enable identity authentication (such as swiping cards, face recognition) to prevent others from taking it by mistake
Confirm that the cabinet door is locked when charging (some models have a prompt light)
Public scene suggestions:
Administrators regularly clean up devices that have not been taken out after the timeout (such as setting an automatic reminder for 12 hours)
For valuable equipment, it is recommended to purchase a safe-type charging cabinet (with surveillance camera)
Project |
Operation method |
Frequency |
Clean the charging port |
Wipe with anhydrous alcohol cotton swab |
Once a month |
Check the cooling fan |
Listen for any abnormal noise and clean the dust |
Once a quarter |
Test the electronic lock |
Simulate whether it is unlocked normally after power failure |
Once every six months |
Common troubleshooting:
How does the charging cabinet prevent overcharging or short circuit?
Safety technology:
Intelligent power off: Automatically stop power supply after full charge (accuracy ±1%).
Overload protection: Automatically cut off the current when the power of a single port exceeds the limit.
Temperature monitoring: Built-in sensor, temperature > 60℃ triggers an alarm.
What should I do if the cabinet door cannot be opened during charging?
Solution:
Confirm whether the payment is completed (paid type).
Contact the administrator to swipe the card/password for emergency unlocking.
Restart the system after power failure (some models have a reset button).
The charging cabinet is underpowered and charging very slowly?
Possible reasons:
The device does not support fast charging (such as iPhone using USB-A port is only 5W).
When multiple devices are used at the same time, the total power distribution is limited.
Recommendation: Give priority to using Type-C PD fast charging port.