Why should you choose a sodium ion battery?

Crucially, compared to competitors, our voltages are similar to Lithium cells NMC and LFP, for drop-in replacement compatibility! Introducing the Next Generation of Battery Storage: Our sodium-ion batteries deliver lithium-level performance with zero reliance on critical materials, making them both sustainable and resilient to supply shocks.

Are salt batteries sustainable?

Salt batteries store electricity in a particularly sustainable way. Operates as low as -30°C. Discharge is possible at temperatures as low as -30°C while maintaining 80% of performance. Charging is feasible down to -20°C, making salt batteries an excellent choice for cold regions. They can be easily installed outdoors in a suitable rack.

Are salt batteries safe?

Batteries made from salt. Salt batteries offer an exceptionally low fire risk, as their inherently stable and less reactive materials make them far less susceptible to faults— a distinct advantage over lithium batteries. Salt batteries eliminate the need for scarce elements such as lithium, cobalt, or nickel.

Can salt batteries be used outside?

Charging is feasible down to -20°C, making salt batteries an excellent choice for cold regions. They can be easily installed outdoors in a suitable rack. For me, this is what the future should look like.

Why should you use salt batteries?

Salt batteries eliminate the need for scarce elements such as lithium, cobalt, or nickel. The unparalleled life-span (over 10,000 charging cycles) protects the environment. Salt batteries store electricity in a particularly sustainable way. Operates as low as -30°C.

What is a good substitute for lithium ion batteries?

Sodium instead of lithium. Batteries made from salt. Salt batteries offer an exceptionally low fire risk, as their inherently stable and less reactive materials make them far less susceptible to faults— a distinct advantage over lithium batteries.