Lithium Iron Phosphate Battery

LP15-24100 LiFePO4 Batteries (25.6V/100Ah)


LiFePO4 batteries are an ideal replacement for a traditional lead acid battery, offering a drop-in solution for lead acid battery replacement. MUST’s batteries can be used individually or connected in series or parallel to create a larger system.

Key Benefits

  • Nominal Voltage Nominal Voltage:25.6 V
  • Rated Capacity Nominal Capacity:100 Ah
  • Energy:2560 Wh
  • Charge Current Recommended Charge Current:20A
  • Charge Voltage Recommended Charge Voltage:29.2V
  • BMS Discharge Cut-Off Current BMS Discharge Cut-Off Current:300 A ±10 A (31ms)
  • BMS Discharge Cut-Off Voltage BMS Discharge Cut-Off Voltage:>16.0 V (2s) (2.0V/Cell)
  • Recommended Low Voltage Disconnect Recommended Low Voltage Disconnect:22 V (2.75V/Cell)
  • Maximum Batteries in Series Maximum Batteries in Series:8 (*Consult MUST)
  • Short Circuit Protection Short Circuit Protection:250 ~ 500 μs




Lithium-Iron Phosphate, or LiFePO4 Deep-Cycle batteries, are another alternative to Lead-Acid or AGM Deep-Cycle batteries. Lithium Iron Phosphate(LiFePO4 Battery) can be used in most applications that use Lead Acid, GEL or AGM type batteries.

Suitable applications include:

•Golf Car
•Solar Storage
•Remote Monitoring
•Switching applications and more


High cycle life

4000 cycles @80% DoD for effectively lower total of ownership cost

Longer service life

Low maintenance batteries with stable chemistry.

Built in circuit protection

Battery Management System (BMS) is incorporated against abuse.

Better storage

up to 6 months thanks to its extremely low self discharge (LSD) rate and no risk of sulphation.

Quickly recharge

Save time and increase productivity with less down time thanks to superior charge/discharge efficiency.

Extreme heat tolerance

Suitable for use in a wider range of applications where ambient temperature is unusually high: up to +60°C.


Lithium batteries provide more Wh/Kg while also being up to 1/3 the weight of its SLA equivalent.


•Do NOT short circuit, reverse polarity, crush or disassemble.
•Do NOT heat or incinerate.
•Do NOT immerse in any liquid.
•Store at 30~50% SOC. Recharging every 3 months is recommended. The storage area should be clean, cool, dry and ventilated.


Nominal Voltage25.6 V
Nominal Capacity100 Ah
Capacity @ 20A300 min
Energy2560 Wh
Resistance≤40 mΩ @ 50% SOC
Self Discharge<3% / Month


Recommended Charge Current20A
Maximum Charge Current100A
Recommended Charge Voltage29.2V
BMS Charge Cut-Off Voltage<31.2 V (3.9V/Cell)
Reconnect Voltage>28.8 V (3.6V/Cell)
Balancing Voltage<28.8 V (3.6V/Cell)
Maximum Batteries in Series8 (*Consult MUST)


Maximum Continuous Discharge Current100 A
Peak Discharge Current200 A (3s)
BMS Discharge Cut-Off Current300 A ±10 A (31ms)
Recommended Low Voltage Disconnect22 V (2.75V/Cell)
BMS Discharge Cut-Off Voltage>16.0 V (2s) (2.0V/Cell)
Reconnect Voltage>20.0 V (2.5V/Cell)
Short Circuit Protection250 ~ 500 μs


CertificationsCE (battery) UN38.3 (battery)
UL1642 & IEC62133 (cells)
Shipping ClassificationUN 3480, CLASS 9


Dimension (L x W x H)483 x 170 x 240 mm
19.0 x 6.7 x 9.4″
Approx. Weight27.8 lbs (30kg)
Terminal TypeDIN POST
Terminal Torque80 ~ 100 in-lbs (9 ~ 11 N-m)
Case MaterialABS+PC
Enclosure ProtectionIP65


Discharge Temperature-4 ~ 131 ºF (-20 ~ 55 ºC)
Charge Temperature-4 ~ 113 ºF (0 ~ 45 ºC)
Storage Temperature23 ~ 95 ºF (-5 ~ 35 ºC)
BMS High Temperature Cut-Off149 ºF (65 ºC)
Reconnect Temperature131 ºF (55 ºC)


Heating Temperature Range-4 to 41 ºF (-20 to 5 ºC)
Heating TimeApproximately 1 hour @ 7.5 A
BMS Heating Foil Cut-Off158 ºF (70 ºC)