Keen to optimize battery performance? Discover the key differences between passive and active balancing to choose the best method for your needs.
The Latest
Passive Vs Active Balancing: Pros and Cons
Depth Of Discharge Limits For Longevity
Inefficient depth of discharge limits can significantly impact battery lifespan, so understanding optimal levels is essential for lasting performance.
Calendar Aging Vs Cycle Aging: What Wears Cells
A deeper dive into calendar and cycle aging reveals how your battery wears over time and what you can do to extend its lifespan.
Round-Trip Efficiency: Where Your Watt-Hours Go
Theoretical losses in energy storage reveal where your watt-hours go, but understanding how to improve efficiency can unlock more usable power.
Battery Fuses And Disconnects: Don’t Skip Them
Warning: Skipping battery fuses and disconnects risks serious electrical damage and safety hazards—discover why proper protection is essential for your system’s safety.
Battery Venting: Hydrogen Safety For Lead-Acid
A comprehensive guide to battery venting safety reveals crucial hydrogen precautions that everyone handling lead-acid batteries must understand.
Charge Curves: CC/CV In Plain English
Charge Curves: CC/CV in Plain English explains how your battery charges and why understanding these stages can improve its lifespan.
Series Vs Parallel Batteries: Voltage Vs Capacity
Navigating the differences between series and parallel batteries is crucial for optimizing your power setup; discover which configuration best suits your needs.
BMS Protections: OVP, UVP, OCP, OTP Explained
Navigating BMS protections like OVP, UVP, OCP, and OTP reveals crucial safety features that ensure your battery’s longevity and performance.
Top-Balancing Lithium Packs: What It Achieves
An overview of top-balancing lithium packs reveals how equalizing cell voltages enhances performance, safety, and lifespan—discover why it matters.
