Energy Storage Battery Cabinet
- JNBC614100-V1 series
Product Introduction
Product Features
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Low voltage and rack-mount design, safe and reliable, meeting the requirements of industrial and commercial use
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High-altitude design with a special DC switch to address the impact of high altitudes on the switch's current interruption and withstand voltage
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Emergency braking and stop functions, and step-by-step disconnection function during maintenance
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Comprehensive electrical protection functions, including fault alarm, fault protection, and safety protection
Technical Specifications
- JNBC614100-V1 series
Model
JNBC256100-V1
JNBC614100-V1
Rated capacity
100Ah
100Ah
Rated voltage
256V
614.4V
Energy storage
25.6kWh
61.4kWh
Battery type
LiFePO4
Max. continuous charge current
100A (1C)
Max. continuous discharge current
100A (1C)
Voltage range
224-292Vdc
625--646Vdc
Operating temp.
Charge 0~45℃,Discharge -25~55℃
Storage temp.
-20~60℃
Packing size(mm)
777*1428*560
1056*1630*777
Weight(kg)
350
810
Cooling method
Forced cooling
Protecition level
IP21
Functional protection
Undervoltage, overvoltage, overcurrent, temperature, short circuit
Installation method
Rack insert
Cycle life
>4000 times(80%DOD)、>7000 times(70%DOD)
Interface
RS485/CAN
Operating altitude
≤3000m
Description
JNBC614100-V1 series
High Energy Density: Compact design with high energy storage capacity, providing more power in less space for efficient energy management.
Modular & Scalable: Modular design allows easy expansion, enabling flexible scaling of storage capacity to meet growing energy demands.
Safe & Reliable: Equipped with multiple safety features, including overcharge, overcurrent, and thermal protection, ensuring stable and secure operation.
Long Lifespan: Utilizes advanced battery technology with a long cycle life, reducing the need for frequent replacements and offering cost-effective energy storage.
Flexible Installation: Can be installed both indoors and outdoors, offering versatile solutions for residential, commercial, or industrial applications.
Energy Efficiency: Maximizes the storage and discharge efficiency, reducing energy losses and improving overall system performance for energy independence.