Ensuring New Energy Battery Reliability: A Case Study of JIANQIAO Vibration Test Systems
In the fast - paced world of new energy, the reliability and safety of batteries are crucial. For one leading new energy battery manufacturer, ensuring their products could handle the tough vibration conditions during transportation and daily use was a top priority. That's when they turned to JIANQIAO, a trusted name in vibration testing equipment, and their high - performance vibration tables.
The battery manufacturer faced a big challenge. Their batteries needed to pass strict industry tests to make sure they would work well in electric vehicles, energy storage systems, and other applications. Vibration can cause all sorts of problems for batteries, like loose connections, damaged internal parts, or even leaks. So, they needed a testing solution that could accurately copy real - world vibration environments and give reliable results.
After looking at many options, the manufacturer chose JIANQIAO's vibration tables. What made JIANQIAO stand out? First, their vibration tables have a wide frequency range. They can simulate different vibration frequencies, from low ones that happen when vehicles are moving slowly to high ones from machinery operation. This meant the manufacturer could test their batteries under all kinds of possible vibration situations.
Second, JIANQIAO's vibration tables are known for their precise control. The equipment can accurately set and keep the vibration amplitude, acceleration, and duration as needed. This precision is essential for getting consistent test results, which is very important for product development and quality control.
Third, the vibration tables are built to be strong and durable. They can handle the high - intensity vibrations needed for testing without losing accuracy or breaking down. This made them a reliable choice for the manufacturer's long - term testing needs.
The testing process started with the manufacturer working closely with JIANQIAO's technical team. They talked about the specific test requirements, such as the types of batteries (lithium - ion, solid - state, etc.),Test Satndard UN38.3 ,IEC60068, ECE-R-100 the expected vibration conditions, and the performance standards they needed to meet. Based on this, JIANQIAO's experts suggested the best vibration table model and set up the test parameters.
When the testing began, the batteries were securely fixed on the JIANQIAO vibration table. The table then started to vibrate according to the pre - set parameters, which were designed to copy the vibration environments the batteries might face in real life. During the test, sensors connected to the system monitored important data like the battery's voltage, temperature, and internal resistance.
After the test was done, the manufacturer analyzed the data. They were very happy with the results. The JIANQIAO vibration table had accurately simulated the vibration conditions, and the data showed how the batteries performed under those conditions. This helped the manufacturer find any weak points in their battery design and make the necessary improvements.
One of the manufacturer's engineers said, "JIANQIAO's vibration test system has been a game - changer for us. The accuracy and reliability of the equipment have given us a lot of confidence in our battery testing. We can now make sure our batteries are strong enough to handle the challenges of the real world, which is very important for our customers."
In conclusion, JIANQIAO's vibration tables have proven to be a valuable tool for new energy battery manufacturers. By providing accurate and reliable vibration testing, they help ensure the quality and safety of batteries, which is essential for the growth of the new energy industry. This case study is just one example of how JIANQIAO is supporting the development of new energy technologies.
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