Last project meeting in the beautiful town of Jyväskylä
End of May our last project meeting took place, like the kick-off one it was held in Finland, this time in the...
Last project meeting in the beautiful town of Jyväskylä
End of May our last project meeting took place, like the kick-off one it was held in Finland, this time in the beautiful town of Jyväskylä. During this last meeting, each partner shared the latest results, with the main focus on the final part of the project related...
Life cycle assessment (LCA) for flow batteries: A review of methodological decisions
We are happy to announce that the CompBat project, jointly with several other EU-funded projects, participated in the first scientific publication of the FLORES network, resulting in a comprehensive review of Life cycle assessment (LCA) for flow batteries including a...
Project Meeting 3rd of March
On the 3rd of March 2022, our latest half-yearly project meeting took place, it consisted of a Management Board meeting, Steering Board meeting, where strategic decisions were discussed, and Work Packages meeting. At the WPs meeting, each participant shared with the...
Nordic Flow Battery Network Autumn School 2021, Turku
The Nordic Flow Battery Network Autumn School in Turku was held at Turun Yliopisto, Turku, Finland on 24th-26th November 2021. The Autumn School is an advanced course on Redox Flow Batteries, where more than 40 Ph.D. students and researchers from all around Europe...
H2020 Batteries Projects clustering event 17-18 November 2021
The remote clustering event on batteries, organized by the EC will take place on 17-18 November 2021. 34 projects have been selected to present during the event, and CompBat is one of them! The main objective of the meeting is to bring together projects developing...
The infographic column: Unipi
The electrical energy storage is one of the key challenges to address in order to realize the green transition to low-carbon economy. An extensive storage capacity will be required to balance the fluctuating nature of variable renewable energy sources such as wind and...
The infographic column: Skoltech
The Skoltech research team is involved in developing of zero-dimensional model suitable to simulate the dynamic behavior of the systems based on the different redox couples. Our general strategy is to develop computationally efficient model that could provide fast...