for greater innovation in battery research and development

EIS offers unparalleled insight into the electrochemical processes that govern battery characteristics. One of the major drawbacks with EIS has been the fact that it takes multiple, sequential, measurements to get a more complete dataset, which is required to perform more complex analysis for reserach and development purposes. Multiple measurements take time and the battery status changes between measurements, thus making the outcome uncertain. Batixt innovation has addressed this problem and produce rapid, reliable and repeatable results with parallel measurement of frequencies.

APPLICATION AREAS

  • Characterising new battery materials
  • Battery modelling and mechanistic insights
  • Testing prototypes and cell architectures
  • Optimisation of component thicknesses
  • Degradation mechanism study
  • Developing new battery chemistries
  • Electrode surface modification
  • Benchmarking and comparative analysis
  • Safety and Stability evaluation

for greater innovation

Batixt EIS scanners enable new and more relevant types of
battery analysis. One scan with hundreds of frequencies only takes seconds and
200+ scans will give you a complete image of the battery’s properties during an
entire discharge or charge cycle in under 3 hours (see the graphs below). This
is possible because, unlike previous generations of EIS, we measure all
frequencies in parallel. This is a data set that is only possible to create
with our EIS scanning equipment. This type of data, and the short time in which
it is generated should give all R&D facilities the boost they need to be faster
in innovation and create coming generations of more powerful, reliable and
sustainable batteries at a higher tempo.