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The significance of calorimetry in battery safety

Battery calorimetry could be an essential step in the electrification of global transport industries, by ensuring the safety of lithium-ion batteries. Calorimetry is the process...

How calorimetry can help in battery research

Innovative calorimetric methods can improve the thermal management and safety of lithium and post-lithium batteries. The European Commission has recently announced their approval of €3.2bn...

Innovation to mitigate battery thermal propagation

Find out about the global technical regulation on electric vehicle safety being developed that includes provision for thermal propagation.

Heat flux sensors to advance thermal management of lithium-ion cells

Dr. Carlos Ziebert, head of the Calorimeter Center at the Institute of Applied Materials - Applied Materials Physics, outlines how heat flux sensors can...

Why calorimeters are essential to improve battery safety

Safety testing in battery calorimeters paves the way for improved understanding and prevention of thermal runaway. Established in 2011, the Calorimeter Center at the Karlsruhe...

Battery calorimetry for increased safety

Dr Carlos Ziebert, head of the Calorimeter Centre at Karlsruhe Institute of Technology’s Institute of Applied Materials – Applied Materials Physics, outlines how research...

The Institute for Applied Materials develops a calorimetric method to measure the internal pressure of Lithium-ion cells

The Institute for Applied Materials – Applied Materials Physics at the Karlsruhe Institute of Technology (KIT), Germany, is home to Europe’s largest battery calorimeter...

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