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Olivine Type Lithium Iron Phosphate Lithium Ion Secondary Battery (FORTELION)

FORTELION

“FORTELION” is a lithium ion secondary battery with a cathode composed of olivine-type lithium iron phosphate, and has an expected life of 15 years or more with a high level of safety.

“FORTELION” andFORTELIONare Registered trademark of Murata Manufacturing Co., Ltd.

“FORTELION” is a word created by combining the Italian word 「Forte (strong)」 and Li-ion. This name incorporates the meaning of 「stronger safety, stronger life, and stronger environmental performance」 with compared to typical lithium ion batteries.



Six features

(1) High Safety (2) Long life (Calendar) (3) Long life (Cycle) (4) Long life
(Float Charging) (5) High input/output (6) Cobalt free

SubTitleIconNo01 High Safety

  • The crystalline structure is thermally stable, and thermal runaway does not occur due to overcharging or internal short circuits.



First Lithium Ion Secondary Battery to obtain fire protection certification

First in Japan to obtain the international standard UL9540A report

SubTitleIconNo02 Long life (Calendar)

* Expected life of 15 years or more

Capacity deterioration becomes more gradual over time. (A film forms on the anode.)

  • Self-discharge is also extremely low (a few percent per year) compared to lead batteries.


SubTitleIconNo03 Long life (Cycle)

* 70% capacity maintained over 15,000 charge/discharge cycles, DOD100% (room temperature 23°C)

The crystalline structure is solid and stable, so capacity deterioration does not accelerate even with repeated charging/discharging.


SubTitleIconNo04 Long life (Float Charging)

Deterioration does not accelerate even in the float charging condition (the condition when stored with charging voltage applied).


SubTitleIconNo05 High input/output

6C discharge and 1C charge is possible.
This makes these batteries ideal for the instantaneous voltage drop countermeasures and backup power that are important in the event of natural disasters, and applications where power is required such as stabilization of renewable energy.

SubTitleIconNo06 Cobalt free

The use of cathodes mainly composed of iron poses fewer resource constraints and is environmentally friendly.