From transformers to GIS equipment, comprehensive protection ensures the safe and stable operation of the power system.
变压器油中溶解气体分析
Real-time monitoring of the concentrations of characteristic gases such as H₂, CH₄, C₂H₆, C₂H₄, and C₂H₂ in transformer oil, and early fault warning through gas ratio analysis.
GIS设备SF₆气体监测
Monitor the density, purity, and trace moisture content of SF₆ gas in GIS equipment to ensure insulation performance and prevent equipment failure.
开关柜局部放电监测
By combining gas analysis technology, a comprehensive assessment and early warning of the insulation status of partial discharge in switchgear can be achieved.
From pipeline network to receiving station, comprehensively safeguarding the lifeline of gas safety.
城市燃气管网泄漏检测
Laser spectroscopy technology is used to monitor urban gas pipelines in real time and quickly locate leaks, ensuring public safety.
LNG接收站安全监测
For key areas such as LNG storage tanks and gasification units, it enables the monitoring and safety early warning of combustible gases under low-temperature reducing environments.
GAS QUALITY ANALYSIS
Real-time analysis of natural gas composition and accurate calculation of calorific value meet the requirements of trade measurement and quality monitoring.
Compared to traditional detection technologies, TDLAS has significant advantages in the energy and gas sector.
Power System
Detection accuracy
Trace gas
Response time
Quick Lock
Operating temperature
Wide temperature adaptability
Maintenance-free period
Long-term stability
Explosion-proof rating
Intrinsic safety
Detection range
Full range coverage
Gas Industry
Detection accuracy
methane detection limit
Response time
Millisecond response
Explosion-proof rating
Intrinsic safety
Detection range
Full range coverage
Types of gas detected
System reliability
24/7 operation
Maintenance downtime