Breaking the heat barrier

Increasing heat generation in next generation battery technologies calls for efficient battery thermal management systems. Within this context thermal interface materials (TIM) have emerged as crucial add ons to dissipate and absorb heat during battery discharge and charge.

Despite the massive demand in high-performance TIMs for automotives, power tools and micro mobility applications alike, we have seen limited holistic benchmarks that support the selection of the right material. 

Therefore we set out to analyze a variety of TIMs with regards to their enhancement of cell performance and important sustainability aspects, especially when it comes to disassembly.

This report offers a glimpse into our findings. Please reach out if you are interested in more detailed data points!

Check out the report here.