Syntropic Cell Technology

Reduce cell formation time up to 45 %

Syntropic Cell Technology (SCT) represents a new approach to battery cell formation by shifting from predefined charging regimes to adaptive, measurement-driven processes. Instead of applying static CC/CV profiles, the formation process is continuously guided by real-time data acquired directly at the cell level. This enables a dynamic interaction between power electronics, sensing, and control, allowing the process to respond to the actual state of each individual cell.

By integrating advanced measurement capabilities such as high-resolution voltage, current, temperature, and impedance data, Syntropic Cell Technology creates a deeper understanding of electrochemical processes during formation. This makes it possible to actively influence critical mechanisms such as SEI layer formation and to optimize them in a targeted way.

The result is a more efficient and controlled formation process with reduced cycle times, improved cell quality, and lower production variability. At the same time, the continuous data acquisition provides the foundation for developing new process correlations and unlocking further optimization potential in both development and large-scale manufacturing.