FoxESS EP5 - Response to Emergency Situations; Product Information; EP5 Specifications

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3.3 Response to Emergency Situations
The battery can be used in single or multi in parallel. It is designed to prevent hazards or failures.
However, manufacturer cannot guarantee their absolute safety.
Under exposure to the internal materials of the battery the following recommendations should be carried
out by the user.
· If there has been inhalation, please leave the contaminated area immediately and seek medical
attention.
· If there has been contact with eyes, rinse the eyes with running water for 15 minutes and seek
medical attention immediately.
· If there has been contact with the skin, wash the contacted area with soap thoroughly and seek
medical attention immediately.
· If there has been ingestion, induce vomiting and seek medical attention.
Fire Situation
In situations where the battery is on fire, if it is safe to do so, disconnect the battery pack by turning of the
switch to shut off the power to the system (External, if any).Use FM-200 or Co2 fire extinguisher for the
battery and an ABC fire extinguisher for the other parts of the system.
Under any fire situation, please evacuate the people from the building immediately before trying to
extinguish it.
Water Situation
The battery modules are not water resistant. Hence care should be taken not to get it wet. If you find the
battery completely or partially submerged in water do not try to open. Contact authorized personnel or
manufacturer for further instructions.
4. Product Information
EP5 photovoltaic energy storage system is a high-voltage 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 EP5 Specifications
Specifications for Battery
Battery module
EP5
Nominal capacity (Ah)
27
Nominal voltage (Vdc)
192
Nominal energy (kWh)
5.18
Battery voltage range (Vdc)
174~219
Max. continuous discharging/charge current (A)
27/27
Recommended charging current (CC-CV) (A)
13.5
Charging cut off current
(constant current and constant voltage) (A)
2
Peak charging current (5s) (A)
32.4
Peak discharging current (30s) (A)
65
Cycle life (cycles)
≥4000 @25℃ @90%DOD
Storage temperature (℃)
0~35
Operating temperature range (℃)
Charge: 0~55
Discharge: -10~55
Discharge capacity (Ah)
19@1C@-20 ±2°C
27@1C@25 ±2°C
Energy density (Wh / kg)
≥100
Ingress protection
IP65
Communication
CAN
Altitude (m)
≤2000
Weight (kg)
50.5±2
Dimensions (L*W*H) (mm)
380*147*625