Performance Advantages
PERFORMANCE ADVANTAGES
ONE
High Safety
Solid-state electrolytes enable acupuncture and crush tests without fire and explosion.
![](http://www.polyentech.com/en/wp-content/uploads/2022/12/youshiicon1-2.png)
TWO
High Energy Density
High compatability of solid-state electrolytes with high-capacity anode and cathode materials leads to batteries with higher energy densities.
![](http://www.polyentech.com/en/wp-content/uploads/2022/12/youshiicon2-1.png)
THREE
Long Cycle Life
Construct a ‘thin’and ‘robust’electrode-electrolyte interface layer to achieve longer cycle life in extreme environments
![](http://www.polyentech.com/en/wp-content/uploads/2022/12/youshiicon3-1.png)
FOUR
Wide-range Temperatures
Solid-state electrolytes ensure the stable operation of the batteries in a wide temperature range (-40℃-70℃).
![](http://www.polyentech.com/en/wp-content/uploads/2022/12/youshiicon4.png)
FIVE
High Process Adaptability
The application of solid-state electrolyte will not change the existing process technology for the batteries.
![](http://www.polyentech.com/en/wp-content/uploads/2022/12/youshiicon6.png)
Chemical Systems
CHEMICAL SYSTEMS
ADAPTER
Compatible with a variety of battery systems.
Cathode materials | Anode materials |
---|---|
NCM811 | Graphite |
NCM811 | Si-C |
NCM622 | Graphite |
NCM622 | Si-C |
LiCoO2 | Graphite |
LiFePO4 | Graphite |
Li-rich | Graphite |
Li-rich | Si-C |
NCM90 | SiOx |
NCM90 | Li metal |
NCM811 | Li metal |
Li-rich | Li metal |