Cylindrical Type Lithium Ion Secondary BatteriesOlivine Type Lithium Iron Phosphate Lithium Ion Secondary Battery (FORTELION)

Murata’s FORETELION is a highly safe lithium ion secondary battery that uses olivine type lithium iron phosphate for its cathode with an expected life (Calendar life) of over 15 years.

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

“FORTELION” is a combination of the Italian term 「Forte (strong)」 and 「Li-Ion (lithium ion)」 which represents its 「Stronger safety, Stronger life, and reliability in various environments」 compared to general lithium ion secondary batteries.

Six features

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

1High Safety

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

First in Japan to obtain the international standard UL9540A report

2Long 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.

*Data shows typical characteristics for reference purposes only, and is not guaranteed.

3Long life (Cycle)

The crystalline structure is solid and stable, so capacity deterioration is gradual even with repeated charging/discharging.

*Data shows typical characteristics for reference purposes only, and is not guaranteed.

4Long life (Float Charging)

Capacity deterioration is gradual even in the float charging state.(the condition when stored with charging voltage applied).

*Data shows typical characteristics for reference purposes only, and is not guaranteed.

5High 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.

6Cobalt free

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

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