In the fields of energy production and conversion, such as thermal power generation and nuclear power generation, thermocouple calibration technology plays a crucial role. Taking thermal power generation as an example, the temperature inside the boiler can reach thousands of degrees Celsius. Accurate temperature monitoring is the basis for ensuring power generation efficiency and the safe operation of equipment. Uncalibrated thermocouples may cause combustion control disorders, resulting in fuel waste, reduced power generation efficiency, and even serious accidents such as tube explosions.
Advanced thermocouple calibration technology has brought a turning point. The dynamic calibration technology tracks changes in boiler operating conditions in real-time and calibrates thermocouples immediately under different loads, ensuring the timeliness and accuracy of temperature feedback. By optimizing the calibration algorithm, the calibration time is shortened from several hours in the traditional method to less than half an hour, enabling the power generation process to quickly adjust the combustion strategy based on accurate temperatures and improve heat conversion efficiency. Meanwhile, the remote calibration function allows technicians to operate calibration equipment remotely through the network without having to be on-site in high-temperature and high-risk areas, ensuring personnel safety and improving operation and maintenance efficiency, injecting strong power into the energy industry.