redefines modern power distribution by integrating advanced IoT connectivity with intelligent fault management. This innovative system enables seamless remote control, real-time fault detection, and adaptive reclosing to minimize downtime in residential, commercial, and industrial grids. With smart automation and instant alerts, it ensures rapid restoration of power while enhancing safety and reliability.
| Multiple protection; stable performance |
| Simple wiring; large load power |
| 16 groups of cycle timing intelligent protection |
| Power statistics; data display in real time. |
| Multiple protection; stable performance |
| Simple wiring; large load power |
| 16 groups of cycle timing intelligent protection |
| Power statistics; data display in real time. |
| Multiple protection; stable performance |
| Simple wiring; large load power |
| 16 groups of cycle timing intelligent protection |
| Power statistics; data display in real time. |
It's a circuit breaker with built-in WiFi for remote control and real-time energy monitoring via smartphone apps or voice assistants.
Unlike traditional breakers, smart versions enable automation, usage tracking, and remote reset while maintaining standard protection features.
They use current sensors and wireless connectivity to monitor electricity flow, allowing remote operation and overload protection.
Yes, by identifying energy-hungry devices and optimizing usage patterns, they help lower power consumption over time.
Yes, due to high-voltage wiring, installation should always be performed by a licensed electrician for safety.
While wiring requires electrical expertise, the app configuration is designed for user-friendly DIY setup.
Reputable models use strong encryption and security protocols, making them safe when properly installed and maintained.
Always verify UL 489, IEC 60898, or CE certification to ensure compliance with international safety standards.
Yes, it operates as a normal circuit breaker manually, but smart features become unavailable offline.
Basic protection continues working, while remote access and automations pause until connectivity returns.
Breakers protect entire circuits with overload protection, while switches only control individual devices.
Use smart breakers for whole-circuit management and switches for individual appliance/lights control.
Turn it off, wait 10 seconds, then flip back on - same process as resetting traditional breakers.
Use the physical reset button (if present) or the manufacturer's app to return to default configurations.