Step 2 – AALTO
We will perform quantum mechanics based molecular dynamics simulations (AIMD) for studying the electron transfer from...
Step 2 – AALTO
We will perform quantum mechanics based molecular dynamics simulations (AIMD) for studying the electron transfer from electrode to molecules that can be used in the redox flow battery (RFB). To be able to model the charge transfer we use the Constrained Density...
Step 1 – TTK
The TTK research team is involved in developing high-throughput screening (HTS) methods that enables the identification of promising candidates of water-soluble redox-active compounds for experimental synthesis and electrochemical characterization. The focus is on...
International Flow Battery Symposium
The symposium started on the 7th of July and will last till today, the 9th of July, it will showcase flow battery progress and review international R&D programs. The three-days event is an opportunity for discussion and networking among all the experts of the...
Compbat’s first publication
Thermodynamics, Charge Transfer and Practical Considerations of Solid Boosters in Redox Flow Batteries Molecules 2021, 26, 2111. https://doi.org/10.3390/molecules26082111 Solid boosters are an emerging concept for improving the performance and especially the...
News su Nordic Flow Battery Network presentation
Pathways Towards Next Generation Energy Storage Technologies Based on Redox Flow Batteries: Aqueous Organics and Solid Boosters On Monday the 22nd of February, Prof Pekka Peljo is going to give a presentation in the Nordic Flow Battery Network monthly seminar. Anyone...
Steering Board Meeting – the 3rd of February 2021
On February 3rd, 2021, our Steering Board Meeting took place. The six-monthly meeting has become an important milestone for our project, giving us the opportunity to share the progress made and to discuss future steps. Each Partner presented results from their group,...