Mechanical Environment Reliability Test Applied in Power & Energy

Why is battery reliability testing important?

Today, battery technology is developing at a breath-taking pace. Nevertheless, your customers’ expectations for safety and quality are as demanding as always. Battery testing addresses these by validating the safety and reliability of the batteries used in a growing range of applications. This includes batteries for transportation applications such as electric vehicles, rail, marine and aerospace, but also stationary batteries for grid storage and balancing, backup power applications and batteries for wireless equipment and medical devices. Moreover, with the increase in the number of new EVs represents there is more needs for confirming the safety and reliability of the power battery. Thus, evaluation of the reliability of the batteries is important for the car manufacturers and design technicians.

What is the battery mechanical reliability testing?

Mechanical reliability testing is to simulate the vibration and mechanical shock environments during transportation or using for lithium-ion battery cells, lithium-ion battery pack or system. 

CME has the capability of following testing solutions:

• Shock Test

KRD11 Pneumatic Vertical Shock Test Machine



KRD12 Pneumatic Horizontal Shock Test Machine



KRD13 High Energy Shock Test System



KRD20 Pneumatic Bump Test Machine



• Vibration Test

KRD70 Hydraulic Vibration Shaker



• Drop Test

KRD40 Zero Distance Drop Test Machine



What application standards for batteries?

• Shipping

- UN 38.3

- IEC 62281

- IEC 62133-2

- SH-6153

• Portable Electronic Applications

- UL 1642

- UL 2054                                                                    

- IEEE 1625

- IEEE 1725

- JIS C8714

• Automotive Applications

- SAE J2929

- IEC 62660-2                                                

- ISO 12405-3

- UL 2580

- India AIS-048

• Military Applications

- MIL-PRF-32052

• View More Battery Standards

Battery

