Distribution self-powered three-eye panoramic sound and light monitoring device

Alternative product names: Distribution network line image monitoring device, distribution network image recording device, power distribution self-powered three-lens panoramic acoustic-optic monitoring device, distribution network conductor self-powered video monitoring device

Model: TLKS-PMG-PV550

I. Application Background

In modern society, electricity is like the lifeblood of cities, supporting the normal operation of daily life and production. The power distribution network system, as the "last mile" of power transmission and distribution, is crucial for its stable operation. However, the complexity of power distribution equipment and lines, as well as the uncertainty of the external environment, constantly affect the safety of the distribution network. From man-made external damage to severe weather, from construction site equipment to interference from easily suspended objects, every problem may cause line faults and power outages. The drawbacks of traditional monitoring methods have become increasingly prominent. Against this backdrop, the TLKS-PMG-PV550 Power Distribution Self-powered Three-lens Panoramic Acoustic-optic Monitoring Device was born, bringing a new solution to the safety of the power distribution network.

II. Product Overview

TLKS-PMG-PV550 Power Distribution Self-powered Three-lens Panoramic Acoustic-optic Monitoring Device is an intelligent monitoring device integrating advanced technologies. It uses public network wireless 4G as the data transmission channel, paired with a high-definition camera at the front end of the device, to realize real-time online monitoring of power distribution lines and their surrounding environment. This device breaks free from the high dependence on manpower in traditional monitoring, uses intelligent means to protect line safety 24 hours a day, effectively making up for the shortcomings of traditional methods such as low efficiency, high false alarm rate, and susceptibility to interference, and becoming a capable assistant for modern power grid construction.

III. Operation Mechanism

The device is installed at a suitable position for real-time monitoring and recording. The collected images go through a series of processing steps such as neighborhood mean filtering for noise reduction, adaptive threshold image segmentation, and edge contour detection based on the LoG operator, to accurately extract the coordinate of the external intrusion boundary contour, complete target detection, and then compress the data and transmit it to the monitoring center via the GPRS/GSM network. CT power acquisition is based on the laws of electromagnetic induction, Ampère's circuital law, and the law of magnetic flux continuity. The primary side of the CT is connected to the tested circuit to sense current. After electromagnetic induction conversion, the low current output from the secondary side undergoes step-down, filtering, and voltage stabilization to provide stable power for the monitoring device.

IV. Core Functions

1. It has remote command function settings, including modifying acquisition frequency, network adapter address, timing acquisition time, acquisition time interval, time query/setting, data request, reset, etc.;

2. It has remote monitoring function, so that operation and maintenance personnel can browse and judge the line environment in real time at the remote monitoring center, improving monitoring efficiency;

3. It has a built-in 4G module and supports full-network communication, which can synchronize monitoring data to the background monitoring center in real time via wireless network;

4. It supports Beidou and GPS positioning; supports WIFI access and remote debugging; supports customized text voice broadcasting; supports power hardware reset;

5. It has a preset Lora module, which can expand access to multiple sensors;

6. It has a good synchronization mechanism to ensure the synchronization of each parameter acquisition time;

7. It has functions of identity authentication and remote program update, with a complete update mechanism and methods;

V. Technical Parameters

1. Power supply method: AC induction energy harvesting technology, DC solar energy

2. Alarm method: image upload, acoustic-optic alarm, on-site voice broadcasting

3. Positioning function: supports Beidou positioning

4. Line adaptation range: 10kV～35kV

5. Standby time: 5 days

6. Device weight: 2.4Kg

7. Dimensions: outer diameter: 142mm, length: 205mm

VI. Installation Method

TLKS-PMG-PV550 Power Distribution Self-powered Three-lens Panoramic Acoustic-optic Monitoring Device is easy to install. Operators wearing insulating equipment use an insulating operating rod to firmly install the special fixture on the line conductor, without contacting the inside of the line. Then, connect and tighten the device main body with the fixture, and connect the power supply module and communication antenna. It supports live operation. Finally, remotely debug parameters and detect functions, and the installation can be completed quickly, saving time and ensuring safety.

VII. Precautions

1. The entire installation process must strictly follow power safety operating procedures. When installing on live lines, maintain a safe distance from live equipment to prevent electric shock accidents.

2. Handle the device with care during installation to avoid collisions and damage, especially protecting the camera lens to prevent scratches that may affect shooting quality.

3. After installation, recheck the installation position to ensure that the fixture, device main body, and line connections are firm and reliable, with no risk of loosening or falling off.

4. Regularly inspect and maintain the installed device, check the operating status of components such as the power supply module and communication module, and promptly address any issues to ensure the long-term stable operation of the device.

VIII. Future Outlook

TLKS-PMG-PV550 Power Distribution Self-powered Three-lens Panoramic Acoustic-optic Monitoring Device, with innovative technology, powerful functions, and reliable performance, provides an efficient and intelligent solution for the safety monitoring of the power distribution network. It can not only effectively prevent line faults and reduce the occurrence of power outages, but also greatly improve the efficiency of power grid operation and maintenance. In the tide of intelligent development of the power industry, this device is undoubtedly a solid shield guarding the safety of the power distribution network, ensuring stable power supply, and helping the power industry reach new heights. The product is customizable. The quoted price is a reference price as of the current release date; the actual price is subject to negotiation. For more product information, please contact Telcom Technology. Ms. Li 1/8/8/2/0/4/7/9/2/3/1 WeChat and QQ are synchronized