Effects of electrode composition on heat generation in Electrical Double Layer Capacitors EDLCs

Researchers used greenTEG’s gSKIN heat flux sensors to study the effects of electrode composition on heat generation in Electrical Double Layer Capacitors (EDLCs). The heat flux sensors were integrated within an isothermal calorimeter they previously designed and built.

EDLCs have strong applications in accelerating the renewable energy transition, but their high energy discharge rates result in high heat generation which could adversely affect performance. By investigating the different combination of materials parts within the EDLC, the research team continues to improve their understanding and design of EDLCs, thereby contributing to the progress and advancement of renewable energy technologies.
 

Effects of Constituent Materials on Heat Generation in Individual EDLC Electrodes
Obaidallah Munteshari et al. Journal of The Electrochemical Society (2018)
Full publication: http://jes.ecsdl.org/content/165/7/A1547.full

View more publications

More news

greenTEG introduces its Core Body Temperature monitoring solution for early detection of patient deterioration at MEDICA 2019 in Düsseldorf,

Read more

greenTEG novel CBT sensor in the Swiss TV.

Read more

greenTEG wins a grant to develop a new sensing solution for early detection of neurodegenerative diseases.

Read more

greenTEG receives the Seal of Excellence from the EU Horizon 2020 program.

Read more

New method for the thermal characterization of window insulation materials developed

Read more

So messen Sie den U-Wert von Fenstern: Ein Beispiel

Read more

How to measure U-Values of Windows: An example

Read more

greenTEG has a new office address

Read more
Read all