Solution of Integrating Pole-Mounted Primary and Secondary Equipment Based on Internet of Things
OVERVIEW

CYG SUNRI's independently developed New Solution of Integrating Pole-Mounted Primary Equipment and Secondary Equipment Based on Internet of Things adopts various technologies such as all-electronic sensors, capacitance extraction, and low power consumption perception terminals. In addition to distribution line state perception and edge processing functions such as remote metering, remote signaling, remote control, field fault detection, line loss management, field feeder automation, it integrates various state deep perception functions such as temperature monitoring, power supply monitoring, energy storage circuit monitoring, and opening and closing circuit monitoring. It possesses features of small size, lightweight, convenient installation, simple commissioning, stable and reliable operation. Through the transformation and application of the intelligent switch of the integrated power distribution Internet of Things, the edge computing and area autonomy capabilities of medium-voltage power distribution network can be significantly improved, and the safety management and control capabilities of power distribution equipment can be enhanced.

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APPLICATION SCENARIOS
Suitable for overhead lines of 10kV power distribution network.
柱上一二次融合3
FEATURES
01

Small size and light weight

The total weight of deeply integrated pole-mounted switch is less than 110kg, 20% lower than that of traditional switches, which is convenient for field pole mounting, and the weight does not exceed the safe load of the pole, avoiding accidental risks after installation

02

High protection structure

Adopts dust-proof, rain-proof, anti-corrosion and anti-condensation structure design, all fasteners have anti-corrosion plating or coating, can reach IP65 protection class, meet the neutral salt spray test 96h period test free from rust specified in GB/T10125-1997 standard

03

High operational safety

Capacitance voltage dividing extraction sensor is used for power extraction, and electronic voltage sensor and current sensor are used for sensor acquisition, which avoids the safety problems caused by short circuit overcurrent on the secondary side of the voltage transformer, electromagnetic resonance, and open circuit on the secondary side of the current transformer

04

Accurate perception of line state

It has the function of remote metering, remote signaling, remote control for the line, and integrates various line state monitoring and edge computing functions such as multiple differential protection, line loss measurement, field feeder automation, and wave recording and playback