NiMH Battery News & Industry Insights

NiMH Memory Effect Myth vs Reality: Best Practices to Extend Battery Life

2026-08-27

Does NiMH still suffer from the memory effect? The truth about capacity fade, when to worry, and the practical habits that keep NiMH packs healthy for years.

More Details

Designing a Custom NiMH Battery Pack for Your Product: A Practical OEM Guide

2026-08-27

From cell selection and series/parallel layout to BMS-free safety, protection, connectors and validation — how to engineer a reliable custom NiMH pack.

More Details

Modern NiMH Charging: ΔV, ΔT, Trickle and the New Generation of Smart Charge Controllers

2026-08-27

Fast, safe NiMH charging depends on termination detection — ΔV/ΔT and trickle control. How modern charge ICs and smart chargers maximize speed without damaging cells.

More Details

NiMH and the Circular Economy: Recycling, EU Battery Regulation and Sustainable Power in 2026

2026-08-27

As EU battery rules tighten, NiMH stands out for recyclability and low critical-material exposure. How regulation, recycling and sustainability reshape nickel-metal hydride demand.

More Details

Inside a NiMH Battery Factory: Electrode, Winding, Formation and Quality Control Explained

2026-08-27

How a nickel-metal hydride battery is actually made — from electrode pasting and winding to formation, sorting and end-of-line quality control.

More Details

NiMH Aging & Cycle Life: Engineering for 1000+ Reliable Cycles

2026-08-27

"Cycle life" is the number of charge/discharge cycles a cell survives before capacity drops below a threshold (commonly 80%).

More Details

Wide-Temperature NiMH: Reliable Power from -20°C to +60°C

2026-08-27

Extreme temperatures punish batteries. Standard NiMH loses capacity in the cold and ages fast in heat. Wide-temperature (WT) NiMH uses specialized electrolyte and separator engineering to operate reliably from -20°C to +60°C, making it the chemistry

More Details

High-Rate NiMH Cells for Power Tools: Engineering 5C–10C Discharge

2026-08-27

Cordless power tools demand high instantaneous current — often 5C to 10C of the cell capacity.

More Details

Language