Live Breaking News & Updates on Inzepro Intelligente Batteriezellproduktion

 E-Mail
IMAGE: Better understanding of the lifecycle accelerates the development of long-lasting, recyclable, and safe lithium-ion batteries.
view more 
Credit: (Photo: Laila Tkotz, KIT)
Recycling and optimized resource cycles, second use, and knowledge-based cell design are expected to enhance sustainability and safety of lithium-ion batteries in future. The basis is now provided by process engineers and materials scientists of Karlsruhe Institute of Technology (KIT), who jointly study the battery lifecycle. The new research projects are carried out within the battery research clusters greenBatt and BattNutzung funded by the Federal Ministry of Education and Research (BMBF).
Battery cells of constant high performance can considerably reduce the ecological footprint of applications, such as electric mobility. In addition, second use of such cells is considered, e.g. in large networks of storage systems. But not all cells are suited for such seco ....

Baden Wuberg , Martin Heidelberger , Hochschule Ingolstadt , Thomas Wetzel , Battnutzung Batterienutzungskonzepte , Ulrike Krewer , Hermann Nirschl , Inzepro Intelligente Batteriezellproduktion , Wilhelm Schabel , Hydrogen Research Baden , Energy Center , Research On Behalf Of The Federal Government , Technical University Of Munich , Battery Research Factory , Ministry Of Education , Institute For Applied Materials , Clausthal University Of Technology , Institute Of Thermal Process Engineering , Solar Energy , Materials Physics Department , Institute For Mechanical Process Engineering , Research University , Aachen University , Film Technology , Helmholtz Association , Karlsruhe Institute Of Technology ,