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05

LiFePO4 Battery System

LiFePO4 Battery System 

SPECIFICATIONS FOR BCU600050

BCU600050

80-576

25

±1.0%FSR

CAN,RS485

10%~100%

Model No.

Operating Voltage Range(v)

Max. Charge/discharge Current (a)

Total Voltage Measurement Accuracy

Communication

Available Soc Range

Charge/discharge Efficiency (%)

Working Temperature Range [

]

Weight (kg)

Dimension [W X D X H, MM]

Product Dimension(MM)

Package Dimension(MM)

Net Weight(KG)

Gross Weight(KG)

98

-10 ~ 50

12±1

540/322/210

523*355*210

642*422*363

30.5±1

34.5±1

5.3 Battery System Specifications

BATTERY SYSTEM

Battery Module

Number of Modules

Total Energy [Kwh]

Usable Energy [kWh] (90%DOD)

Nominal Voltage [V]

MAX. Charge Voltage [V]

MIN. Discharge Voltage [V]

Weight [Kg]

SPECIFICATIONS FOR BATTERY SYSTEM

2

3            

4            

5            

6            

5.12 

7.68 

10.24 

12.8 

15.36 

4.6 

6.9 

9.2 

11.5 

13.8 

115.2 

172.8 

230.4 

288 

345.6 

96 

144 

192 

240 

288 

73.5

104 

134.5 

165

195.5

102.4 

153.6 

204.8 

256 

307.2 

LPBA-5.1-OH

LPBA-7.7-OH

LPBA-10.2-OH

LPBA-12.8-OH

LPBA-15.4-OH

7           

17.92 

16.1 

403.2 

358.4 

LPBA-17

.

9-OH

8            

20.48 

18.4 

460.8 

409.6 

LPBA-20

.

5-OH

9         

23.04 

20.7 

518.4 

460.8 

LPBA-23

.

0-OH

10

25.6 

23 

576

512

LPBA-25

.

6-OH

Battery Module

Number of Modules

Total Energy [KWh]

Usable Energy [kWh] (90%DOD)

Nominal Voltage [V]

MAX. Charge Voltage [V]

5 years

IEC62619,UN38.3,CE

Warranty

Certification

MIN. Discharge Voltage [V]

Weight [Kg]

Dimension [W x D x H, mm]

Max. Chargeing Current [A]

Max. Discharge Current [A]

Communication

Enclosure Protection Rating

Working Temperature Range [

]

Cycle Life

540/322/320+210×N

25

25

CAN

,

RS485

Ip65

-10 ~ 50

6,000 Cycle@ 80% DOD / 25

 / 0.5C, 60%EOL

336 

384 

432 

480

226 

256.5 

287 

317.5

05

LPBA48050-OH(2.56kwh,51.2v)

Summary of Contents for LPBA48050-OH

Page 1: ...User Manual Make life full of hope LiFePO4 Battery System 358 010157 01 LPBA48050 OH...

Page 2: ...r handling electrostatic discharge sensitive devices Protective Class 1 Caution risk of electric shock energy storage timed discharge 01 LiFePO4 Battery System 1 Introduction 1 2 Symbols 1 3 Safety 2...

Page 3: ...gh static environment where the protection device might be damaged Do not install with other batteries or cells 4 RESPONSE TO EMERGENCY SITUATIONS The batteries comprise of multiple batteries connecte...

Page 4: ...TIONS FOR BATTERY SYSTEM 2 3 4 5 6 5 12 7 68 10 24 12 8 15 36 4 6 6 9 9 2 11 5 13 8 115 2 172 8 230 4 288 345 6 96 144 192 240 288 73 5 104 134 5 165 195 5 102 4 153 6 204 8 256 307 2 LPBA 5 1 OH LPBA...

Page 5: ...BAT BAT LINK 0 LINK 1 RS485 Communication BMU Communication Power Switch Breaker Fastener LED display PCS Communication Code Name The batteries have been tted with multiple protection systems to ensu...

Page 6: ...t If the system is connected to 5 or more batteries please follow the diagram to the right 6 5 Switch On O seconds the battery will Switch on close the breaker to the ON block press and hold Power swi...

Page 7: ...installation with base the maximum stack number of the battery is ten But if the battery number is greater than six we recommend stacking them in two lines 11 LiFePO4 Battery System LiFePO4 Battery S...

Page 8: ...sunlight and rain 7 7 Terminal Connection Power terminal Note Press the position indicated in the gure above before disconnecting the power terminal Communication terminal LiFePO4 Battery System LiFe...

Page 9: ...ds to be charged in time The battery is often under charged The battery has been out of use or stored for more than 3 months 3 Regularly check whether the battery and its supporting terminals connecti...

Page 10: ...y system can be communicated with inverter Preliminary determination steps LiFePO4 Battery System for HouseholdsBattery system cannot work when DC switch on and POWER on the LED doesn t light up or as...

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