company news about Global Energy Storage Cell Shipments Surge, Large-Capacity LFP Batteries Boost Component Orders

Release Date: Sep 11, 2026

Battery pack design is shifting toward deeper integration of BMS, wiring layout and thermal management. Engineers are no longer adding sampling cables after cell layout is finalized. Instead, harness routing, signal protection and safety circuits must be defined at the earliest pack design stage.

This trend pushes demand for pre-assembled custom cable assemblies, especially sampling harnesses combining Molex/TE compact connectors, nickel spot-weld tabs and built-in safety components. The integrated harness reduces assembly work at pack factories, cuts wiring errors and saves internal space inside battery modules.

Low-voltage sampling wires such as UL1007 #20AWG become widely adopted. Customers prioritize consistent crimp quality, reliable heat-shrink encapsulation and stable fuse potting performance, rather than only focusing on raw material cost.

The application scope expands beyond stationary energy storage. AGV robots, industrial scrubbers, portable power stations and small off-grid power systems all adopt this integrated BMS wiring solution. Custom length, pin count and safety circuit options are the most requested customization items from global buyers.

Key Takeaways

1. Battery pack development integrates BMS and harness design at early engineering phase.
2. Pre-assembled sampling harness with fuse, resistor and nickel tabs is increasingly preferred by pack OEMs.
3. Customization, stable crimp quality and safety reliability become core purchasing factors.