E2PS
Available licenses
Efficient and Safe Polymer Electrolytes
Linksium Contact
Christine Melay
+33 (0)6 21 77 19 90 christine.melay@linksium.fr
Benefits
- Single-ion conducting polymers combining good cationic conductivity and mechanical properties for durable and efficient lithium metal batteries
Key words
- Electrochemical energy storage
- Rechargeable lithium battery
- Polymer electrolyte
- Single-ion conductor
Intellectual Property
- 2 patents
Laboratory
- LEPMI
Institutions
- CNRS
- GRENOBLE INP-UGA
- UGA
- USMB
Linksium Continuum
- Maturation
- Commercialization
Results
- Available licenses
Context
Electric vehicles require powerful and long-lasting batteries, but they also need to be durable, safe and fast charging. Faced with these ambitious needs, developing solid batteries (with polymer electrolytes) and lithium metal is crucial.
Technology
Polymer electrolyte combining high unipolar ionic conductivity, wide electrochemical stability window for electrode and thin membranes reinforced with Nanocellulose which overcomes the dendrite issues that usually appear with current polymer electrolyte.
Advantages
- Single-ion conducting polymer electrolytes synthesized by an easy and industrializable method.
- Versatile materials that can be adapted for use in electrodes (triple role: electrolyte, mechanical binder and interface) and membrane.
- Ecological elaborating process.
State of progress
- Laboratory proof of concept at TRL3 (protected by two patents)
- Versatility and low production cost
- Prototype in significant environment in autumn 2022
Applications
- Lithium-ion batteries and more particularly lithium-metal batteries
- Post lithium batteries
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