Battery formation and testing are critical steps in the development and production of modern energy storage systems
Increasing demands on performance, lifetime, and production efficiency require a deeper understanding of cell behavior and more precise control of electrochemical processes. Conventional approaches often rely on predefined charge and discharge profiles with limited insight into the actual state of the cell, leading to conservative process design, longer cycle times, and high variability in production.
FormationIQ solutions address these challenges by combining high-performance power electronics with integrated sensing, advanced control, and data-driven process optimization. This enables continuous monitoring of key parameters directly at the individual cell level and allows dynamic adaptation of formation and testing protocols. As a result, processes can be accelerated, cell quality can be improved, and production variability can be reduced.
From research and development to large-scale manufacturing, FormationIQ supports a wide range of applications by enabling intelligent, measurement-driven workflows. Whether optimizing cell activation, high-performance cycling, or gaining deeper insights into cell characteristics, the platform provides the tools required to enhance both process efficiency and product quality.