Standardized Design: Complies with customization requirements, ensuring consistent installation dimensions and unified interfaces for interoperability.

Structural Features: Adopts a three-phase independent column structure with air insulation and vacuum arc extinction, capable of interrupting short-circuit currents of 20kA for up to 30 times.

Integrated Design: The electronic voltage and current sensors are sealed within the pole, ensuring structural stability and minimal partial discharge, while providing strong signal support for the feeder terminal.

Independent Capability: The sensor module has the necessary qualifications and production capability, offering superior performance, a wide measurement range, high precision, and strong reliability.

Status Monitoring: Supports the collection and monitoring of analog and status quantities, with remote signaling and local indications for operating status, communication status, and line fault conditions.

Edge Computing: Features high-performance edge computing for real-time analysis of operational conditions.

Protection Functionality: Enables precise assessment and rapid isolation of short-circuit faults, ground faults, and open line faults.

Smart Terminal: Equipped with features for line loss collection, feeder automation, communication, positioning, time-synchronized recording, and power management, supporting remote maintenance.

High Adaptability: Suitable for high-altitude, high-pollution, high-condensation, high-salt fog, and extremely cold environments.