Why LFP
Battery Cell?

LFP (Lithium Iron Phosphate) prismatic batteries are considered one of the best and safest storage solutions.

Long cycle life

Charge and discharge cycles
LFP batteries are capable of a high number of charge and discharge cycles and can be operated for many years with minimal degradation in performance.

Low degradation rate
Compared to other lithium battery technologies, LFP batteries have a low degradation rate, which makes them durable and economical over the long term.

High performance

High energy density
LFP batteries have a high energy density, which means they can store large amounts of energy in a relatively small space.

Fast charging
LFP batteries can be charged relatively quickly compared to other types of batteries, which increases their efficiency and usefulness in a variety of applications.

Economy
‍
Low maintenance costs
‍Due to their long life and low degradation, LFP batteries are economical in the long run.
‍
Low operating costs
‍LFP batteries require less maintenance and are less likely to fail than some other types of batteries, resulting in a low operating and service cost.

Safety
‍
Thermal stability
‍LFP batteries are exceptionally thermally stable and less susceptible to overheating and risk of ignition.

Resistance to overheating
‍LFPs are less susceptible to the thermal phenomenon that can lead to the so-called "thermal runaway", i.e. a sudden increase in temperature that may lead to a fire or explosion of the battery.

Low chemical reactivity
LFP's iron phosphate battery chemistry is less chemically reactive than other lithium chemistries, further reducing the risk of uncontrolled reactions inside the battery.