Travelingwave Supercapacitor Backup Power Brownout Event Continuously Recording Data Integrity Guaranteed Fault Device

Customization:	Available
After-sales Service:	24/7 Online Service
Application:	Electrical & Electronics

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Basic Information

Protection Rating:IP67

Discharge Point Error:≤300 M (±1 Tower Span)

Fault Point Error:≤300 M (±1 Tower Span)

Power Supply Mode:Inductive Harvesting + Solar

Specification:700*540*270mm

Origin:China

Production Capacity:5000 pieces/Year

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Product Description

Distributed Fault Monitoring Device for Transmission Lines
The monitoring device is installed on the transmission conductor. It captures the fault traveling wave components and power frequency components of the line. By applying intelligent diagnostic technology, it performs automatic and rapid diagnosis for different fault types. The device enables abnormal discharge monitoring and early warning, fault section location, precise fault location, fault cause identification, and lightning strike characteristic monitoring.

Working Principle

When abnormal discharge or fault-induced tripping occurs on a transmission line, a traveling wave current is generated at the anomaly point. Monitoring terminals installed along the line capture and analyze these signals, enabling intelligent early warning and rapid diagnosis of abnormal line conditions.

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Key Features

High-Performance Current Sensor

Distortion-free acquisition of weak discharge traveling wave current signals
Measurement bandwidth: 5 kHz ~ 10 MHz
Measurement range: 1 mA ~ 5 kA

Hybrid Power Supply System

Combines inductive energy harvesting with solar power
Integrated long-life battery and supercapacitor
Inductive energy harvesting operating range: 15 A ~ 1500 A

Anti-Interference Design

High-voltage equipotential physical connection
Enhanced interference immunity housing
Protection rating: IP67

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Functions & Diagnosis

Abnormal Discharge Monitoring & Early Warning: Precise location and identification of discharges caused by insulator contamination, vegetation overheight, icing, or foreign object entanglement. Accuracy: ≥90%.

Intelligent Fault Diagnosis: Reliable fault section location (>99%) and accurate identification for lightning vs. non-lightning faults (≥95%).

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Configuration & Application

Devices are deployed using a differentiated principle based on terrain. For mountainous lines, monitoring devices are installed at intervals of 20 km. In plain areas, the interval is extended to 20–30 km.

Field Applications

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Manufacturing Capabilities

We are a high-tech enterprise integrating R&D, production, sales, and service for the electric power industry. Our facilities hold ISO quality management, environmental management, and occupational health and safety certifications. We provide digital solutions for IoT terminals in power distribution.

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Frequently Asked Questions

Q1: Are you a manufacturer or trading company? A1: We are a professional manufacturer. We provide factory-direct prices with strong competitiveness and cost advantages.

Q2: What is your production lead time? A2: The normal lead time is approximately 30 days after receiving the payment, depending on the order volume.

Q3: Do you support product customization? A3: Yes, customized services are available. Please provide detailed technical parameters and drawings for evaluation.

Q4: What is the protection rating of the monitoring device? A4: The device is rated IP67, ensuring high resistance to dust and water immersion, suitable for harsh outdoor environments.

Q5: How accurate is the fault location? A5: The fault point location error is ≤300 meters, which typically corresponds to ±1 tower span.

Q6: Can the system distinguish between different fault types? A6: Yes, the system uses intelligent diagnosis to identify causes, with an accuracy of ≥95% for distinguishing lightning from non-lightning faults.

Product Detail

Travelingwave Supercapacitor Backup Power Brownout Event Continuously Recording Data Integrity Guaranteed Fault Device

Product Description

Basic Information