Description
Equipped with a high-precision GNSS positioning module, and integrated with source attribution algorithms, to instantly pinpoint the leak source.
Utilizing Methane (CH₄) /Ethane (C₂H₆) ratios for correlation analysis to avoid interference from other sources.
Main Features
- Gas Sampling Pre-Treatment System
- Edge Computing Module
- Core Laser Detection System
- GNSS Positioning System
Spesifikasi
Core Sensor
| Detection Principle | Mid-Infrared Laser Absorption Spectroscopy |
|---|---|
| Sampling Method | Pump-Aspirated |
| Detected Gases | Simultaneous Detection Of Methane (CH₄) And Ethane (C₂H₆)In A Single
Measurement |
| Real-time System Display | Gas Concentration (Methane, Ethane), Map, Time, Trajectory, Suspected Leak Area Indication |
| Startup Time | ≤10min |
| Response Time | ≤1s |
| Detection Range | Methane: 0ppb~10000ppm; Ethane: 0ppb~1000ppm |
| Sensitivity | Methane:0.1ppb/s; Ethane:0.1ppb/s |
| Sampling Pump FlowRate | 1.0L/min |
| Sample Draw Time | 0.1s |
| Protection Rating | IP66 |
Hardware Configuration
| Power Supply | Battery-Powered (Continuous Operating Time≥8h) |
|---|---|
| Maximum Operating Vehicle Speed | ≤25 km/h |
| Data Acquisition & Processing Module | 2.0 GHz CPU; 4 GB RAM; 128 GB Storage |
| Tablet | Android OS; 8 GB RAM; 256 GB Storage |
Positioning System
| Positioning Method | GPS |
|---|---|
| Update Frequency | 20Hz |
Data Processing
| Data Interface | Provides Data Interface For Gas Concentration (Methane, Ethane),
Vehicle Speed, Map, Time, Trajectory, And Suspected leak Area Indication |
|---|---|
| Storage Solution | Dual-Storage Architecture: Local and Server Storage, With Historical Data
Stored Locally for 2 Years |




