
UN 38.3 Standard for Lithium-Ion Batteries
Lithium batteries power 83% of portable electronics worldwide, but improper handling during transport causes 23% of aviation fire incidents. To ensure safety in shipping via air, road, or rail, compliance
Reliable Power Solutions for Global Industrial & Robotics Applications
Empowering Your Knowledge in Advanced Battery Systems. From deep dives into Lithium-ion & LiFePO4 engineering to technical insights on BMS protocols and emerging Sodium-ion trends, our blog provides the expert data you need to build more reliable and safer power solutions.

Lithium batteries power 83% of portable electronics worldwide, but improper handling during transport causes 23% of aviation fire incidents. To ensure safety in shipping via air, road, or rail, compliance

Key Takeaways: Properly connecting batteries is crucial for optimizing power output and reliability across applications. Understanding series, parallel, and series-parallel configurations is essential. In this post, we will explore battery

Key Takeaways: Lithium-ion and lithium iron phosphate batteries are two common lithium-based battery types, each with distinct characteristics and safety considerations. While lithium-ion batteries can be prone to thermal runaway,