Background
Prohibited high-power appliances in student dormitories are a persistent electrical fire risk. Conventional load limiters simply cut power above a threshold and cannot distinguish resistive or hazardous loads, so they trip often and generate complaints.
How it works
Monitoring units with load recognition are installed on dormitory circuits. Hazardous load signatures trigger a warning first and disconnection second, while residents get energy usage visibility and online top-up — moving management action upstream.
Key capabilities
- Hazardous load recognition — resistive signatures such as kettles and immersion heaters
- Warn before disconnecting, leaving a window for self-correction
- Student-facing energy usage query and online top-up
- Three-level statistics by building, floor and room
Questions and answers
What is the core value of Campus Smart Electrical Safety?
One system for campus dormitories: load visibility and control, energy management, prepayment
What problem does it solve?
Prohibited high-power appliances in student dormitories are a persistent electrical fire risk. Conventional load limiters simply cut power above a threshold and cannot distinguish resistive or hazardous loads, so they trip often and generate complaints.
How does it work?
Monitoring units with load recognition are installed on dormitory circuits. Hazardous load signatures trigger a warning first and disconnection second, while residents get energy usage visibility and online top-up — moving management action upstream.