Integrated protection, reclosing, metering, and remote control – engineered for commercial, industrial, data center, and PV projects.
Smart power distribution for office towers, malls, hotels, and mixed-use complexes.
Reliable power for plant feeders, production lines, and process equipment.
Precision distribution for UPS inputs, PDU cabinets, and critical IT loads.
Grid-connected protection for rooftop PV, utility-scale PV farms, and solar-storage integrated projects.
Uninterruptible power for ICUs, operating rooms, and medical imaging equipment.
We have built four key Smart MCCB solutions. Our integrated Smart MCCB architecture enhances asset control and safe, reliable incoming power system visibility.
Auto reclosing restores power after transient faults, eliminating manual reset and unplanned downtime.
Real-time monitoring tracks voltage, current, power and energy to deliver full visibility of your power distribution system.
Hot-swappable secondary modules allow equipment upgrades and maintenance without power shutdown.
Designed to IEC 60947-2 standards, with support for third-party testing and certification to meet project-specific compliance requirements.
Auto reclosing interval is adjustable from 20 to 60 seconds to restore power after lightning strikes or grid fluctuation transient faults. Trip delay and reclosing interval can be customized to match upstream and downstream protection coordination, balancing safety and power continuity.
Yes. All units adopt RS485 Modbus communication; selected models also support carrier communication. Remote monitoring, remote switching, and real-time fault diagnosis can be realized via the communication bus.
Metering versions support Class 0.5S/1.0 high-precision measurement of active and reactive energy, power, power factor, voltage, and current, fitting energy auditing, cost allocation, and data center PUE calculation.
Select by core project demands: leakage plus reclosing for hospitals and life-critical loads; high-precision metering for data centers and energy management; selective protection coordination for industrial plants; and dedicated PV protection for new energy power stations. These capabilities are covered in our unified Smart MCCB product family.
Yes. Selected configurations adopt a primary-secondary separation design with hot-swappable secondary modules. Communication, metering, and protection modules can be replaced without disconnecting the main power supply, a core advantage for data centers and medical facilities.
Share your application scenario, load type, and compliance requirements. Our engineering team will provide tailored solution design with full technical documentation.
