How Can a Battery Stay Stable on Rough Roads?TISTAR’s Reinforced Steel Cell Structure Has the Answer.

How Can a Battery Stay Stable on Rough Roads?TISTAR’s Reinforced Steel Cell Structure Has the Answer.

More Than Just a Battery Case For an RV, 4WD or other mobile application, a lithium battery faces something a stationary battery doesn’t: constant movement. Road vibration, bumps, impacts and long-distance travel can create continuous mechanical stress inside the battery. That’s why battery design should consider not only the cells and BMS, but also how…

IEC 62619: Complete Battery Pack Safety Certification Overview (Part 2)

IEC 62619: Complete Battery Pack Safety Certification Overview (Part 2)

Why Perform IEC 62619 Testing? IEC 62619 requires both cells and battery systems to undergo a series of safety verifications, ensuring that under normal operation and “reasonably foreseeable misuse”, no fire or explosion will occur. The testing is divided into two parts: Cell-level testing: Verifies the safety of individual cells. Battery system-level testing: Verifies the…

IP67 Protection Level for Lithium Batteries: Why It Matters?

IP67 Protection Level for Lithium Batteries: Why It Matters?

IP67 Protection for Lithium Batteries IP67 Protection for Lithium Batteries IP67 protection not only ensures that lithium batteries can perform reliably in various environments but also enhances the durability of your devices. Today, we’ll dive into the significance of IP67 protection for lithium batteries and why choosing this rating is a smart decision. What is…