Jumpstarting the era of solid state batteries
We are a lithium ion battery technology company run by industry and academic R&D leaders.
Our unique strategy and know-how in the field of solid state batteries enable us to disrupt and rapidly advance the evolution of rechargeable batteries at a pace far more rapid than traditional battery companies.
2020
2022
2024
2026
2028
2030
2020
2022
2024
2026
2028
2030
Wh/I Increase
Anode
Separator
|
Li-b | |
---|---|---|
sep-a |
1070
465
|
1090
490
|
sep-b |
1070
515
|
1090
545
|
sep-c |
1070
550
|
1090
585
|
Next-gen commodity cathode | cath-c | cath-d |
Cell names | Enerpeace | Enertron |
Wh/kg Increase
Notes |
---|
Wh/I
Wh/kg
|
Safest Design |
Highest Energy Design |
Commodity cell
spects (2025, est): 850
350
|
Wh/I Increase
Separator
Anode
|
Li-b | |
---|---|---|
sep-a |
465
1070
|
490
1090
|
sep-b |
515
1070
|
545
1090
|
sep-c |
550
1070
|
585
1090
|
Next-gen commodity cathode | cath-c | cath-d |
Cell names | Enerpeace | Enertron |
Wh/kg Increase
Notes |
---|
Wh/kg
Wh/I
|
Safest Design |
Highest Energy Design |
Commodity cell specs (2025, est)
850
350
|
SOLID Li ANODE LAYER
SOLID SEPARATOR LAYER
SOLID NMC CATHODE LAYER