FoxESS LV5200 User Manual - Page 6

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4. Product Information

LV5200 photovoltaic energy storage system is a 48V energy storage system based on
lithium-ion ferrous phosphate battery. It is equipped with a customized battery management system
(BMS), which is designed for energy storage applications of household photovoltaic power generation
users. In the daytime, the surplus power of photovoltaic power generation can be stored in the battery. At
night or when necessary, the stored energy can be provided to the electrical equipment, it can improve
the use efficiency of photovoltaic power generation, peak-load shifting, and provide emergency standby
power.

4.1 Battery Module Specifications

Specifications for Battery
Battery module
Nominal capacity (Ah)
Nominal voltage (Vdc)
Battery voltage range (Vdc)
Max. continuous discharging current (A)
Max. continuous charging current (A)
Recommended charging current (CC-CV) (A)
Charging cut off current
(constant current and constant voltage) (A)
Peak charging current (30s) (A)
Peak discharging current (30s) (A)
Cycle life
Storage temperature
Operating temperature range
Discharge capacity (Ah)
Energy density (wh / kg)
Ingress protection
Communication
Weight (kg)
Dimensions (L*W*H) (mm)
Lithiumion Battery Module
Model No.
Nominal capacity
Nominal energy
Nominal voltage
Voltage range
Max. charge/discharge current
Ingress protection
Protective class
Operating temperature
Storage temperature
LV5200
100
51.2
43.2-57.6
100
100
100
5
105
150
≥6000@25°C @90% DOD
-20°C - 50°C
Charge: 0°C - 55°C
Discharge: -15°C - 55°C
0°C±2 @ 1C @ 80%
25°C±2 @ 1C @ 100%
45°C±2 @ 1C @ 96%
104
IP21
RS485
49
342*207*600
LV5200
100Ah
5.12kWh
51.2Vdc
43.2-57.6Vdc
100A/100A
IP21
I
- 15°C- 55°C
- 20°C- 50°C
4
Note
0.5C, 25±2°C