Technology Offers
Strong polymers for stronger accumulators
An efficiently manufactured separator made of a novel material mix can lengthen the life of lithium-ion accumulators.
- Energy technology
- Process and production engineering
- Microtechnology / precision mechanics
- Automotive industry
More efficiency through light
Short-pulse laser irradiation creates better layer adhesion between current conductor foils and active matter in lithium-ion batteries.
- Electrical engineering
- Measurement technology
- Process and production engineering
- Chemical industry
- Energy technology
A mobility check for separators
A new measuring method reveals lithium mobility in separators and makes performance in the battery cell quantifiable.
- Electrical engineering
- Energy technology
- Energy and water supply
- Process and production engineering
- Chemical industry
Preventing cracks in electrode material
New zero-strain electrode material consisting of lithium-metal fluoride for lithium-ion batteries.
Chloride-ion accumulator
Future batteries might be based on environmentally compatible, easily accessible, and inexpensive Chlorine instead of the much less abundant Lithium.
Fast battery inspection
Sample holder for efficient analysis of button cells by X-ray or synchrotron radiation.
- Coating technology
- Process and production engineering
- Electrical engineering
- Energy technology
- Chemical industry
Structuring films at record speed
Fast intermittent coating technique speeds up the production of electrode films for lithium ion batteries.