Stay tuned! News from rhd and the battery community
Are you looking for our latest application notes, or would you like to know at which exhibition you can meet us next?
We keep you up to date! Look forward to varied articles on events, new products and exciting news from the battery research and development community.
You can also explore the articles by topic.
- Application notes
Introducing: True Constant Volume Pouch Cell Cycling
A true constant volume mode for pouch cell cycling with active regulation is introduced. Four different ways of applying pressure is compared by monitoring the cell thickness and pressure during cycling.
- News and insights
Measuring Solid-State Battery Electrode Expansion in situ with the CompreDrive
A recent publication describes an investigation into the usage of InLi as a counter electrode in solid-state battery (SSB) research, using the CompreDrive to quantify the height changes as an effect of lithium insertion/extraction during cycling.
- Events and exhibitions
Exhibiting at the International Bunsen Discussion Meeting on Solid-State Batteries VI (13th – 15th November 2024)
We are exhibiting again. Meet our colleagues and products at the International Bunsen Discussion Meeting on Solid-State Batteries VI (SSB VI) from 13th – 15th November 2024 in Frankfurt, Germany. See you there.
- News and insights
New Publication: Si Nanowire All-Solid-State Battery
In a recently published paper in Batteries & Supercaps, the CompreFrame was used to monitor pressure changes during the cycling of Si nanowire/InLi all-solid-state battery cells.
- Events and exhibitions
Exhibiting at the 5th International Sodium Battery Symposium in Berlin (23rd – 25th September 2024)
Meet our colleagues and products at the 5th International Sodium Battery Symposium (SBS-5) from 23rd – 25th September 2024 in Berlin, Germany. See you there!
- Application notes
Distinguishing Bulk and Grain Boundary Conductivity in Solid Electrolytes
An elastic model was used to assign the measured ionic conductivity to either the bulk or grain boundaries of some solid electrolytes, using the dependence of the pelletization pressure on the porosity and conductivity..