Overview

Thermal Management of Large Cells

Understanding thermal behavior is essential for the safe and efficient design of large battery cells, modules, and packs. The iso-BTC+ enables detailed thermal analysis under both normal operating conditions and non abusive scenarios such as mild overcharging.

Accurate data helps avoid insufficient thermal management, which can lead to safety risks, as well as excessive thermal management, which can increase system cost, size, and complexity. The iso-BTC+ supports informed decision making in battery design, thermal management system development, and optimization of operating conditions.

Thermal mapping capabilities identify localized regions of increased heat generation, enabling targeted thermal management strategies. The data can also be used in thermal propagation modeling to predict behavior in large, high power battery systems with complex geometries.

Characterize Cell Performance

The iso-BTC+ supports advanced battery performance testing by evaluating the impact of chemistry, electrode composition, cell type, and aging on thermal behavior. Heat generation during different charge discharge regimes can be measured and used in simulations to improve understanding of battery performance and support development.

Quality Control and Cell Characterization

The iso-BTC+ enables reliable characterization of battery cells for quality control. Measurements of efficiency and heat generation at defined temperatures and charge rates provide clear performance benchmarks. This allows manufacturers and integrators to validate battery performance and ensure consistency across production and supply chains.