Thermal Power Generation

Industry Introduction

The thermal power generation industry centers on boiler combustion, steam circulation, and turbine power generation. Its system structure is complex, the energy conversion chain is long, and requirements for operating stability and safety are extremely high.

Units usually operate under high-temperature, high-pressure, and continuous-load conditions. If key parameters fluctuate or control fails, equipment damage, unplanned shutdowns, or even safety accidents may occur. The industry focuses on boiler combustion efficiency, steam-parameter stability, key equipment health status, and emissions compliance management.

At the same time, against the background of dual-carbon goals, improving energy utilization efficiency, reducing emission intensity, and enabling intelligent O&M have also become important development directions for the industry.

Therefore, stable, reliable, continuously operating measurement systems are the foundation for safe and efficient operation of thermal power units.

Key Industry Priorities:

• Unit operating safety
• Energy efficiency and fuel utilization
• Emissions and environmental compliance

Typical Applications

Boiler & Steam Systems:

High-temperature and high-pressure resistant temperature and pressure sensors are used to monitor furnaces and steam pipelines

Feedwater & Cooling Systems:

Flow and pressure sensors ensure water-volume balance

Key Equipment Monitoring:

Vibration and temperature sensors are used for turbine and generator protection