Menu

Language

Battery System 150X-13.5kWh

LGNE’s LiFePO₄ battery system offers strong power in a safe low-voltage design. With smart BMS, quick recharge, and long cycle life, it's ideal for electric work vehicles and compact equipment.

Battery System 150X-13.5kWh
Battery System 150X-13.5kWh
Battery System 150X-13.5kWh
Battery System 150X-13.5kWh
Battery System 150X-13.5kWh
Battery System 150X-13.5kWh
Battery System 150X-13.5kWh
Battery System 150X-13.5kWh

Details

Low Voltage, High Output for Industrial EVs
LGNE’s LiFePO₄ battery system offers strong power in a safe low-voltage design. With smart BMS, quick recharge, and long cycle life, it's ideal for electric work vehicles and compact equipment.

 

Smart Power for Electric Construction & Service Vehicles
Perfect for mini electric loaders, scissor lifts, service carts, and light-duty transporters, LGNE batteries deliver dependable performance in both indoor and outdoor work environments.

Parameters

Cathode MaterialsNominal VoltageNominal CapacityElectric EnergyThermal ManagementCharging temperatureOperating Temperature(℃)The charging ratioThe discharge rateWeightCycle LifeIngress ProtectionSingle package size
LFP90.16V150Ah13.524kWhHeating Film0~60℃-30~60℃0.5C1C130±3KG≥4000cyclesIP671146*496*339mm


Why choose LGNE customized lithium battery?

  • Precisely match needs

    customize capacity, voltage, shape and interface according to different application scenarios to ensure optimal adaptability

  • High energy density

    adopt industry-leading battery tech-nology to provide longer battery life and higher power output

  • Intelligent BMS protection

    with temperature control manage-ment, remote monitoring and fault warning functions to improve safety and reliability


  • Strong durability

    through rigorous testing, adapt to extreme temperature, vibration and high load conditions, to ensure long-term stable operation

  • Green and environmentally friendly

    zero emissions, low noise, to help global carbon neutrality goals

Related Products

Related Solution