How to Choose the Right Cable Size for Lithium Battery Packs?
The output cable size of a lithium battery pack is an important part of battery system design, but it is often overlooked. Many users pay attention to battery cells and…
How to Choose a Lithium Battery Charger: Faster Charging vs Longer Battery Life
Choosing the correct lithium battery charger is just as important as selecting high-quality battery cells. Many battery failures are not caused by the battery itself, but by using an incorrect…
How to Choose Cylindrical Lithium Batteries: 6 Key Parameters You Should Know
Cylindrical lithium batteries are widely used in power tools, energy storage systems, portable devices, electric vehicles, IoT equipment, and other applications. However, choosing the right battery cell is not only…
How to Choose the Right BMS for Lithium Battery Packs? Complete Guide to Battery Protection Boards
A battery protection board (PCB/BMS) is an essential component for both single lithium cells and lithium battery packs. During actual operation, lithium batteries must work together with a suitable protection…
The History of Lithium-ion Batteries: From Laboratory Research to Global Energy Revolution
Today, lithium-ion batteries are widely used in smartphones, electric vehicles, renewable energy storage systems, and industrial applications. They have completely changed modern life and become a key technology supporting the…
Why Are Lithium Batteries Rated at 3.7V?
Many customers know lithium batteries as 3.7V batteries, but few understand why this value became the industry standard. The rated voltage of a lithium-ion battery is not an arbitrary number….
BMS vs PCM: Difference Between Lithium Battery Management System and Protection Board
For lithium batteries, safety protection is essential. Depending on battery structure and application requirements, different protection solutions are used, mainly PCM (Protection Circuit Module) and BMS (Battery Management System). Although…
Comparison of High and Low Temperature Performance Differences of Lithium-ion Batteries
If you have ever noticed your phone dying unexpectedly on a freezing winter morning or your electric vehicle showing a shorter range on a sweltering summer day, you have already…
The aging law of lithium-ion batteries under normal temperature conditions
Understanding how lithium-ion batteries degrade during normal temperature cycles helps users and engineers make smarter choices to extend cell lifespan and maintain consistent performance over long-term use. Unlike older battery…
The retention rate of the full charge storage capacity of lithium-ion batteries
Lithium-Ion Battery Capacity Retention at Full Charge Storage: Why 100% SOC Is the Worst Place to Park Your Cells If you have ever left a device plugged in overnight —…
