The application of infrared infrared thermal imager camera in the detection of new energy lithium batteries is very important, especially in ensuring battery safety and performance. Here are some major applications and advantages of infrared thermography in new energy lithium battery detection:
Detecting battery consistency and quality: During the battery production process, infrared infrared thermal imager camera can detect the internal temperature distribution of the battery, identify thermal anomalies generated during production, and ensure the consistency and quality of each battery.
Monitoring welding quality: During the battery assembly process, the temperature of welding points can be monitored in real-time using infrared thermal imaging camera to ensure the quality and reliability of the welds.
Thermal management research: Using infrared thermal imager camera, researchers can study the thermal management of the battery during the charge and discharge process, optimize the thermal management system design, and prevent the battery from overheating.
Fault diagnosis: By detecting temperature anomalies in the battery, potential issues such as internal shorts and overheating can be identified in a timely manner to prevent safety accidents.
Thermal runaway monitoring: During the use of battery packs, infrared thermal imaging camera can monitor temperature changes in real time to prevent thermal runaway incidents.
Maintenance and servicing: During regular maintenance, infrared thermal imaging camera can quickly detect the temperature status of the battery packs, ensuring their health condition.
Infrared thermal imager camera measures the temperature of the battery surface in a non-contact manner, avoiding any physical damage to the battery, making it particularly suitable for areas that are difficult to access.
Infrared thermal imaging camera can provide real-time temperature data, helping to identify and address temperature anomalies promptly, ensuring the safety and performance of the battery.
Modern infrared thermography equipment offers high precision and high resolution, allowing for detailed detection of the battery surface temperature distribution and the identification of minute temperature changes.
Portable infrared thermal imager cameras are easy to carry and use, suitable for various application scenarios such as production sites, laboratories, and field maintenance.
Through infrared infrared thermal imager cameras, the production, testing, and maintenance processes of new energy lithium batteries can be safer and more efficient, contributing to the overall improvement of battery quality and reliability.
