Lithium-Ion Battery Bank 14.4kWh

•Voltage: 51.2V
•Nominal Energy: 14.4 kWh
•Continuous Current: 200 A
•Peak Discharge (3 sec): 300Adc
•Dimension: W18.5″* D10″*H37″
•Weight: 287Lbs / 130kg 
•Cycle life : 6000@90%DOD 0.5C
•Warranty: 10 years limited
•Certificate: UL1642, IEC62133, UN38.3
•Scalability: Maximum 10 in Parallel
•Communication:RS485,Canbus,Modbus/SNMP

details


48V Series Li-Ion Battery Bank

Range Summary:

 Every FNS 48V battery bank includes a cabinet with pre-programed BMS, battery modules, pre-installed busbars, DC disconnects and overcurrent protection, communication cables, monitoring hardware, and online system performance monitoring.

Designed, assembled, and tested by one of the most experienced team in FNS Power, our 48v Lithium-ion battery bank is a best-in-class energy storage system that provides unparalleled safety, reliability, and performance. Integrated BMS  actively balances cells and monitors cell voltage, temperature, state of charge( SOC), over-current, over-charge, and provides fault detection via CANbus or RS485. FNS battery bank gives you a hassle-free experience,peace of mind, pride in robust performance and a leading lifetime at a much less cost.  

Multiple systems can be installed together to meet the needs of a wide variety of home sizes and energy consumption profiles.

Distributed control structure and distributed controller parameter optimization are two important parts of distributed control strategy optimization. Distributed control structure optimization (sparse communication topology optimization) aims at improving dynamic convergence and communication delay margin, improving cooperative performance, and reducing the number of links. Compared with common topology, optimized topology can significantly improve the dynamic performance and delay the robustness of microgrid control. Parameter optimization of the distributed controller is based on the linear quadratic regulation method and critical feature root tracking method to design controller parameters, which improves the consistency of dynamic convergence and analyzes its practical guiding significance in the application of distributed control strategy in a microgrid.

Benefits: 

Eligible for investment tax credits (ITC& incentives (SGIP)         

Safe for indoor, non-toxic & non-hazardous        

Light weight & small foot print    

Cost effective & affordable

Operates quitely and without noise 

Monitoring and managing anywhere  

Features:

•98% round-trip efficiency

•Remote monitoring, update, and management

• Super long cycle life----6000cycles at 90%DOD

•Listed to the standards: UL1642, CE, IEC, UN38.3

•Compatible with all industry-standard inverter/charge controllers

•Proven safety and high performance-deployed in the field for 10 years

•Easy installation and scalability

•Higher return on investment (ROI)

•Free maintenance, no ventilation, cooling or thermal regulation required

•Used for off-grid, peak load shedding, TOU, zero export, and emergency backup power applications.

Applications:

It can be used for on/off-grid solar systems, and for grid-tie or emergency backup power systems with or without solar. It is highly recommended for a residential energy storage system to maximize solar usage, lower electricity bills, and increase energy independence. It is compatible with all industry-standard inverter/charge controllers.

•Off-grid Solar system 

•Grid backup 

•On-grid for self-consumption, TOU, zero export, demand charge

•UPS & emergency backup

•Telecom system

•Recreational Vehicles 

•Marine system


Specifications:

Basic Parameters

Model

WM48V280Ah

Anode Material

LiFeO4

Nominal Voltage (V)

51.2

Layout

16S1P

Rated Capacity (Ah)

200 (0.5C25℃)

Rated Energy (kWh)

14.3

Dimensions (W×D×H) mm

                          470X253X937

Weight (kg)

                                  130

Communication

RS485,CAN

Cycle Life

6000+ (90%DOD,25℃)

Electrical Characteristics

Voltage Window (V)

43.257.6

Charge Current (A)

                                   140

Max Charge Current (A)

                                   200

Max Discharge Current (A)

                                   200

Operation Environment

Charge Temperature (℃)

0℃45℃ (Optimum15℃30℃)

Discharge Temperature (℃)

20℃50℃ (Optimum5℃45℃)

Storage Temperature (℃)

20℃55℃

Storage Humidity (RH)

5%90%

Working Humidity (RH)

5%90%

Protection Class

IP20

Standards

Executive Standards

IEC62619/IEC62133/UL1642/UN38.3

ME Certifications

ISO9001/ISO14001/OHSAS18001

Looking forward to your inquiry for this Top OEM Lithium-Ion Battery Bank 14.4kWh Manufacturer&Exporter 

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