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An organic battery to power the future

Jolt has developed novel organic batteries that could foster the widespread adoption of renewable energy sources for electricity generation.
Lithium ion industrial high current batteries

Online pressure and gas analysis of lithium-ion cells during abuse tests

Dr Carlos Ziebert, Leader of the Group Batteries – Calorimetry and Safety, KIT, explains how online venting gas analysis of batteries can be performed using a combination of battery calorimetry and online mass spectrometry.
Figure 1: Comparison of voltage vs capacity curves of Mg coin cells at 1.0 C charge/discharge rate with and without 10 h relaxation.

Insights into magnesium batteries using calorimetry

Dr Carlos Ziebert, Leader of the Group Batteries – Calorimetry and Safety, KIT, explains how generated heat and self-discharge of magnesium batteries can be studied through calorimetry.
Battery innovation for cleaner, greener, electric vehicles, lithium

How calorimetry can pave the way for mature and safe sodium-ion batteries

Dr Carlos Ziebert, leader of the group Batteries – Calorimetry and Safety, KIT, explains how electrochemical-calorimetric methods help to develop and safely upscale sodium-ion batteries.
lithium-ion

Calorimetric studies and safety tests on lithium-ion cells and post-lithium cells

Open Access Government interviews Dr Carlos Ziebert from KIT on the thermal and safety properties of batteries across calorimetric studies.
green energy lead batteries

Cutting-edge research is taking lead batteries to the next level

Here, the Consortium for Battery Innovation argues that cutting-edge research is taking lead batteries to the next level.

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