名称:Online Monitoring Device for Wildfire Prevention on Transmission Lines
型号:
产品详情
I. Requirements Analysis
Forest fires along transmission lines exhibit seasonal patterns, sudden outbreaks, rapid spread, and the potential to cause significant economic losses within a short timeframe. Therefore, shortening fire detection times, swiftly identifying and extinguishing forest fires, and preventing the spread and loss of control of flames have become the top priorities in forest fire prevention along transmission lines. The infrared dual-spectrum online wildfire monitoring system offers an intuitive and effective solution for power grid wildfire surveillance. It provides real-time detection and visual monitoring of combustible materials, smoke, and open flames within designated areas, preventing fires before they ignite. This system ensures true 24/7 effective monitoring, safeguarding the safe and stable operation of transmission lines.
II. Working Principle
The online wildfire monitoring device for transmission lines consists of a main control unit, video monitoring unit, dual-spectrum infrared wildfire monitoring unit, laser illuminator, communication unit, power supply unit, mounting bracket, and auxiliary materials. The infrared dual-spectrum wildfire monitoring unit automatically patrols the target environment in real time to detect heat sources, pinpoint wildfire locations, and transmit precise coordinates to power authorities via wireless 4G/5G networks. Command centers can view live video feeds from the wildfire sites through the device's backend software or mobile terminals, enabling remote pan-tilt control. Simultaneously, it utilizes GIS path planning to direct firefighters to the scene via the shortest route, enabling efficient fire suppression operations.
III. Features and Functions
1. Basic Configuration for Wildfire Monitoring: Main Control Unit, Video Monitoring Unit, Dual-Spectrum Infrared Wildfire Monitoring Unit, Laser Illuminator, Communication Unit, Power Supply Unit, Mounting Bracket, and Auxiliary Materials;
2. Thermal Imaging Fire Detection: Upon detecting a wildfire, the system immediately triggers video surveillance recording and uploads footage to the monitoring center platform while alerting relevant personnel to initiate emergency response procedures.
3. WeChat App Monitoring Function: View infrared and visible light images via WeChat and the app.
4. Panoramic Real-Time Monitoring and Analysis: Panoramic 24h not only safeguards the device itself against theft but also integrates with other alarm systems.
5. Inspection Effectiveness and Accuracy: Minimizes economic and manpower losses caused by missed or false alarms regarding wildfire hazards.
6. Integrated Power Supply Unit: The power supply utilizes solar energy and lithium batteries to ensure sufficient power and system stability.
7. Must support remote modification and configuration of device IP addresses.
8. Must support full network connectivity for 4G/5G/Wi-Fi.
IV. Technical Specifications
| Serial Number | Category | Project | Technical Specifications |
| 1 | Overall Performance | Complete System Configuration | Main Control Unit, Video Monitoring Unit, Infrared Wildfire Perimeter Breach Detection Unit, Laser Illuminator, Communication Unit, Power Supply Unit, Audible and Visual Alarm, Mounting Bracket, and Auxiliary Materials. |
| 2 | Overall quality | Less than 40 kg (including solar panels and mounting brackets) | |
| 3 | Material | Stainless steel body + hot-dip galvanized bracket | |
| 4 | Video Monitoring Unit | Camera | Industrial Video Sensor 2 Megapixels 1920 (H) x 1080 (V) |
| 5 | Optical Zoom | 30 times | |
| 6 | Equipped with AI recognition capabilities | Supports front-end AI video recognition capabilities to automatically detect potential hazards such as wildfires. | |
| 7 | Pan/Tilt Range | Horizontal 360° continuous rotation, vertical +60° to -60° | |
| 8 | Infrared Wildfire Monitoring Unit | Lens | 3CAM Optical Mechanism Design: Germanium Mirror |
| 9 | Chip | Two-Dimensional Array of Suspended Microcalorimeters | |
| 10 | Imaging resolution | ≥384*288 | |
| 11 | Temperature measurement repeatability | ≤±0.5% | |
| 12 | Detection radius | ≥3 km, 1–3 m² burned area | |
| 13 | Scan Cycle | 30 minutes (or as set) | |
| 14 | Laser Illuminator | Laser Light Source | Wavelength: 810nm military-grade infrared laser; Illuminating angle: 1° to 20° |
| 15 | Laser Lens | 25x zoom range from 0.8 to 20mm with ultra-short focal length, laser cross-section imaging lens with 400μm resolution; features synchronized zoom matching. | |
| 16 | Communication Unit | Communication Methods | All-network compatible 4G/5G/WiFi wireless transmission |
| 17 | Data Security | Communication with the main server can utilize a dedicated VPN channel, with optional encrypted transmission. | |
| 18 | Access Protocol | Compatible with monitoring platforms of provincial power companies such as China Southern Power Grid and State Grid | |
| 19 | Power Supply Unit | Battery capacity | 100Ah/12V, Lithium Iron Phosphate Battery High Reliability Battery |
| 20 | Solar panel power | 360W/18V, Monocrystalline Silicon High-Efficiency Solar Panel | |
| 21 | Power supply duration | The device can maintain normal operation for 15 days without light exposure. | |
| 22 | Other parameters | Work Environment | Operating temperature: -40 to +70°C; Relative humidity: 5 to 99% RH |
| 23 | Service life | Over 8 years | |
| 24 | Protection Rating | IP66 |




