Lithium Ion Battery Cluster

To cope with diversified power consumption scenarios, flyfine can provide battery clusters with customized capacities to solve your power consumption troubles.

What is a battery cluster

The battery cluster is an energy storage component in the energy storage system. Its function is to store electricity generated by renewable energy, and the standard power generation methods of renewable energy are as follows: solar power, wind power , hydroelectric power , biological power etc.; with the continuous improvement of energy generation technology, the scale of energy generation They are all between hundreds of kilowatts and several megawatts, so the capacity requirements for battery energy storage are higher, and the battery cluster solves this problem.

How to choose a suitable battery cluster

● High Energy Density

The battery can store more energy under a specific volume or weight; it has durable power output and is suitable for areas with high power consumption.

● High Power Output

The battery can achieve maximum power output per unit of time; devices that can meet instantaneous high power output are suitable for shopping malls and factories.

● Long Cycle Life

The cycle life of the battery is inseparable from the quality. Generally, a brand-new A-grade lithium iron phosphate battery is used to withstand frequent charging and discharging.

● Good Conversion Performance

The charge-discharge conversion efficiency of a good battery cluster is generally above 90%, and energy loss should be minimized during the charging and discharging process to maximize energy conversion.

● Safety

An excellent battery cluster will have the following protections: overcharge protection, over-discharge protection, high-temperature protection, low-temperature protection, and short-circuit protection to ensure the safety of the battery cluster during operation.

100~215kwh Lithium Ion Battery Cluster

● The battery adopts a modular design so that the capacity of the battery cluster can be easily expanded, and the maximum expansion capacity is 215 kWh

● Each battery is equipped with an independent cooling fan, which not only reduces the temperature of the storm but also improves the energy conversion efficiency

● The double-layer BMS system protection mechanism ensures that the voltage and current values of each battery are within the safe range

● The connection of the battery module adopts an advanced amphenol terminal, which meets the output processing of high voltage and high current, and also ensures that the connection port is tight

PERFORMANCE SPECIFICATIONS
Model	FBC-107520	FBC-125440	FBC-143360	FBC-161280	FBC-179200	FBC-197120	FBC-215040
Nominal Voltage(V)	384V	448V	512V	576V	640V	704V	768V
Cell model/ Confiquration	3.2V280Ah (EVE)/120S1P	3.2V280Ah (EVE)/140S1P	3.2V280Ah (EVE)/160S1P	3.2V280Ah (EVE)/180S1P	3.2V280Ah (EVE)/200S1P	3.2V280Ah (EVE)/220S1P	3.2V280Ah (EVE)/240S1P
Capacity(Ah)	280AH
Rated Energy(Kwh)	107.52Kwh	125.44Kwh	143.36Kwh	161.28Kwh	179.2Kwh	197.12Kwh	215.04Kwh
Weight(Approx)(kg)	820kg	960kg	1080kg	1200kg	1350kg	1500kg	1650kg
Dimension(W/D/H)(mm)	1992950550mm	2250950550mm	14759501100mm	14759501100mm	17329501100mm	17329501100mm	19929501100mm
Voltage Range(Vdc)	350-425V	410-495V	470-560V	520-640V	580-710V	640-770V	640-770V
Max.Charge/Discharge Current(A)	140A /140A
Maximum number of parallel connections	Up to 10 parallel
Communication	RS485(B)-BAT RS485(A)-PCCanbus-Inverter
Cycle Life	≥6500 cycles@25℃,90%DOD,60%EOL
Design Life	≥15 Years(25°C )
Protection	BMS, Breaker
Operating Temperature(℃)	Charge:-10°C~50C;Discharge:-20°C~50°C
Altitude(m)	≤2000
Humidity	≤95%(Non-condensing)

Why Choose Flyfine Battery Cluster

Flexibility

The battery cluster adopts a modular design, which allows the energy storage system to be composed of multiple independent battery modules and can expand the energy storage capacity according to your electricity demand or plan, bringing incredible flexibility to the energy storage system.

Easy Maintenance

When a battery module in the battery cluster fails, you only need to replace the failed battery module without suspending the entire energy storage system, saving a lot of troubleshooting time; the cost of this kind of maintenance is the lowest Yes, the post-maintenance is relatively simple.

Easy to Manage

Due to the design of the battery module, the battery bracket can be used for reasonable distribution to ensure the stability and safety of each embedded battery; it also minimizes the space occupancy of the energy storage battery, which is suitable for limited space Scenes.