"Professor Dr. Ulrich S. Schubert from the Institute for Organic Chemistry and Macromolecular Chemistry at the Friedrich Schiller University in Jena speaks of an "interesting approach" pursued by Goodenough and his team. "If you look at today's electric cars, you will soon realize that we have to succeed in the battery technology," said Schubert. [...]

"Our redox-flow battery, which is based on polymers, is suitable for large applications - for example, to store electricity from wind or solar parks," explained Schubert. The accumulators were the basis for the advancing energies." Thüringer Allgemeine 18. März 2017 




08.02.2017 | Energiespeicher https://www.springerprofessional.de

"Electrical energy can be stored not only in metals, but also in plastics. This application has many advantages up to intelligent packaging. Moreover, it is relatively inexpensive."


To find out more about the Redox-Flow battery, visit the Wikipediapage and find information about the research itself and different technologies.

Bildquelle: https://upload.wikimedia.org/wikipedia/commons/thumb/7/70/RedFlow_ZBM.png/220px-RedFlow_ZBM.png

"Electricity production, storage and use as needed: Jena researchers have developed a polymer-based redox-flow battery to make this possible."


Follow this link to take a look at a video about the Redox-Flow battery by 3sat.




Bild vergrößern: Energieumstieg nur mit Energiespeicherung und Sektorkopplung möglich
More than 100 experts from industry, research, energy supply and other areas are discussing the topic "energy storage with sectoral coupling" in Erfurt.
"The impulses of this specialist forum and the results of the study will identify new developments in Thuringia and beyond Thuringia and strengthen our excellent companies and research facilities." (Prof. Dr. Schubert)
Read the report here.
Bildquelle: http://business-panorama.de/news.php?newsid=412111