Ensuring the safety and reliability of battery cells is critical, especially for new energy applications. Below, we delve into the must-have equipment and standardized testing steps designed to guarantee battery performance and safety:
Battery Cell Thermal Abuse Test Chamber
This chamber simulates high-temperature conditions based on international standards like UL1642 and IEC62133. By gradually increasing the temperature, it evaluates the cell’s stability under extreme heat to ensure no fire or explosion occurs.
Battery Cell Short Circuit Test Chamber
Equipped with PLC automated controls, this device simulates external short circuits. It measures voltage, current, and surface temperature changes to assess the battery's safety performance under short-circuit conditions.
Battery Low-Pressure Test Chamber
Designed to mimic high-altitude, low-pressure environments, this chamber tests battery stability under reduced pressure, ensuring no safety hazards arise.
Battery Crush Tester
Simulating scenarios like waste disposal compression, this device evaluates how batteries withstand pressure without causing external short circuits, ensuring their safety in real-world situations.
Battery Nail Penetration Tester
By driving a steel nail through the battery cell, this test simulates internal short circuits, ensuring the cell remains stable without igniting or cracking during internal failures.
Battery Impact Tester
This equipment applies varying levels of force and impact angles to test the battery’s resistance to shocks, ensuring it won't catch fire or explode after a collision.
Battery Drop Tester
Featuring an automated structure, this machine simulates free-fall scenarios. It allows adjustments for drop height and force, verifying the battery’s safety and integrity after impact
Battery Cell Fire Resistance Chamber
This chamber evaluates the battery’s behavior in fire conditions. It ensures the battery doesn’t penetrate the aluminum mesh during flame exposure, meeting stringent safety standards.
Each rigorous testing step provides a solid foundation for ensuring the safety of new energy vehicle batteries. These state-of-the-art devices and well-defined procedures are key to delivering top-tier battery quality and building consumer trust.
At Sinuo Testing Equipment Co., Limited, we specialize in providing a comprehensive range of cutting-edge testing equipment and tailored solutions for new energy battery cells. Our advanced systems are designed to meet international safety and performance standards, ensuring reliable and accurate results for every application.
Whether you need equipment for thermal abuse, short circuit, drop tests, or custom testing scenarios, we’ve got you covered. Partner with us for innovative, high-quality solutions that guarantee the safety and reliability of your battery products.
We welcome inquiries from all interested clients and are ready to assist you in finding the perfect testing solution. Contact us today to take your battery testing to the next level!
Ensuring the safety and reliability of battery cells is critical, especially for new energy applications. Below, we delve into the must-have equipment and standardized testing steps designed to guarantee battery performance and safety:
Battery Cell Thermal Abuse Test Chamber
This chamber simulates high-temperature conditions based on international standards like UL1642 and IEC62133. By gradually increasing the temperature, it evaluates the cell’s stability under extreme heat to ensure no fire or explosion occurs.
Battery Cell Short Circuit Test Chamber
Equipped with PLC automated controls, this device simulates external short circuits. It measures voltage, current, and surface temperature changes to assess the battery's safety performance under short-circuit conditions.
Battery Low-Pressure Test Chamber
Designed to mimic high-altitude, low-pressure environments, this chamber tests battery stability under reduced pressure, ensuring no safety hazards arise.
Battery Crush Tester
Simulating scenarios like waste disposal compression, this device evaluates how batteries withstand pressure without causing external short circuits, ensuring their safety in real-world situations.
Battery Nail Penetration Tester
By driving a steel nail through the battery cell, this test simulates internal short circuits, ensuring the cell remains stable without igniting or cracking during internal failures.
Battery Impact Tester
This equipment applies varying levels of force and impact angles to test the battery’s resistance to shocks, ensuring it won't catch fire or explode after a collision.
Battery Drop Tester
Featuring an automated structure, this machine simulates free-fall scenarios. It allows adjustments for drop height and force, verifying the battery’s safety and integrity after impact
Battery Cell Fire Resistance Chamber
This chamber evaluates the battery’s behavior in fire conditions. It ensures the battery doesn’t penetrate the aluminum mesh during flame exposure, meeting stringent safety standards.
Each rigorous testing step provides a solid foundation for ensuring the safety of new energy vehicle batteries. These state-of-the-art devices and well-defined procedures are key to delivering top-tier battery quality and building consumer trust.
At Sinuo Testing Equipment Co., Limited, we specialize in providing a comprehensive range of cutting-edge testing equipment and tailored solutions for new energy battery cells. Our advanced systems are designed to meet international safety and performance standards, ensuring reliable and accurate results for every application.
Whether you need equipment for thermal abuse, short circuit, drop tests, or custom testing scenarios, we’ve got you covered. Partner with us for innovative, high-quality solutions that guarantee the safety and reliability of your battery products.
We welcome inquiries from all interested clients and are ready to assist you in finding the perfect testing solution. Contact us today to take your battery testing to the next level!
