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4G Remotely BMS
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4G Remotely BMS
【Brief】:

Model: ZBF16S80AYCC4P9-A6

Series: 4-16S

Cell type: Li-ion / PoLife04

Rated current: 60A / 100A / 120A / 160A (According to Capacity Board)

Communication interface: RS485 / CAN

Others: 4G+GPS/Led Indication Board/Heating function/64MB storage memory /clock function
【Series】:LoT Series

Introduction

 

This BMS adopted the lower consumption with higher precision chip, which fully protection the charging and discharging of a single lithim battery packed. It applied the intelligient software to evaluate the accurately SOC. Meanwhile, it provide the 4G platform and GPS tracking system for remote monitoring. The battery packed can transmit the SOC data via RS485 or CAN communication protocol. The mainboard can match with difference capacity board according to the user requested for achieved the higher cost performance. At the same time, it can add 4G+GPS tracking module, LED indicator, heating module, bluetooth module and display module etc for satisfied any case requirement.

 

Application


Battery charging cabinet / Solar Power System / Uninterrupted Power System

 

 

Advantage:

Safety: Fully Battery protection management, ensure the battery working under the safety condition

Storage: 64MB memory for record the battery historical data.

Accurately: Calculate the accurately SOC via the intelligent software

Convenience: Monitoring the battery performance remotely via 4G or bluetooth function.

 

Features:


(1)Setting the protection figure flexibly via the software

(2)Transmitted the battery data and updated the software online through RS485 or CAN communication protocal

(3)4 way temperature monitoring function, ensure the battery does not appear the overheating conditions

(4)Voltage balancing function extend the battery life

(5)Led indicator on time display the battery state (Option)

(6)64MB memory for record the battery historical data

(7)Provided the accurately time

(8)Support key switch function

(9)Heating function ensure the battery packed used in lower temperature area. (Option)

(10)4G and bluetooth function achieve the remote monitoring purpose. (Option)

Voltage Protection


Overcharge voltage protection


Configuration

Item

Min.

Default

Max.

Tolerance

Unit

Overcharge protection voltage(Vov)

0

3650

5000

±30

mV

Overcharge protection delay time(tov)

0

2000

600000

±500

mS

Overcharge protection recovery voltage(Vovr)

0

3550

5000

±50

mV

Overcharge protection recovery delay time(tovr)

0

2000

600000

±500

mS


Overdischarge voltage protection


Configuration

Item

Min.

Default

Max.

Tolerance

Unit

Overdischarge protection voltage(Vov)

0

2600

5000

±30

mV

Overdischarge protection delay time(tov)

0

2000

600000

±500

mS

Overdischarge protection recovery voltage(Vovr)

0

2800

5000

±50

mV

Ovedisrcharge protection recovery delay time(tovr)

0

2000

600000

±500

mS



Current Protection


First Layer Discharge Overcurrent Protection


Configuration

Item

Capacity Board

Min.

Default

Max.

Tolerance

Unit

First Layer Discharge Overcurrent Proection

A6-YMOS-TOLLA-V21-Diff Port

0

80

80

±2

A

A6-YMOS-TOLLA-V21-Same Port

0

110

110

±2

A

A6-YMOS-263-V21-Diff Port

0

80

80

±2

A

A6-YMOS-263-V21-Same Port

0

50

50

±2

A

First Layer discharge overcurrent protection delay time

0

10000

600000

±20

mS

First Layer discharge overcurrent protection recovery delay time

0

1000

600000

±10

mS



Second Layer Discharge Overcurrent Protection


Configuration

Item

Capacity Board

Min

Default

Max

Tolerance

Unit

Second Layer Discharge Overcurrent Protection

A6-YMOS-TOLLA-V21-Diff Port

0

120

120

±2

A

A6-YMOS-TOLLA-V21-Same Port

0

160

160

±2

A

A6-YMOS-263-V21-Diff Port

0

100

100

±2

A

A6-YMOS-263-V21-Same Port

0

60

60

±2

A

Second Layer discharge overcurrent protection delay time

0

100

600000

±20

mS

Second Layer discharge overcurrent protection recovery delay time

0

1000

600000

±10

mS



First Layer Charging Overcurrent Protection


Configuration

Item

Capacity Board

Min.

Default

Max.

Tolerance

Unit

First Layer Charging Overcurrent Protection

A6-YMOS-TOLLA-V21-Diff Port

0

50

50

±2

A

A6-YMOS-TOLLA-V21-Same Port

0

110

110

±2

A

A6-YMOS-263-V21-Diff Port

0

40

40

±2

A

A6-YMOS-263-V21-Same Port

0

50

50

±2

A

First Layer Charging Overcurrent Protection Delay Time

0

10000

600000

±20

mS

First Layer Charging Overcurrent Protection Recovery Delay Time

0

1000

600000

±10

mS


Second Layer Charging Overcurrent Protection


Configuration

Item

Capacity Board

Min.

Default

Max.

Tolerance

Unit

Secondary Layer Charging Overcurrent Protection

A6-YMOS-TOLLA-V21-Diff Port

0

60

60

±2

A

A6-YMOS-TOLLA-V21-Same Port

0

160

160

±2

A

A6-YMOS-263-V21-Diff Port

0

50

50

±2

A

A6-YMOS-263-V21-Same Port

0

60

60

±2

A

Secondary Layer Charging Overcurrent Protection Delay Time

0

100

600000

±20

mS

Secondary Layer Charging Overcurrent Protection Recovery Delay Time

0

1000

600000

±10

mS


Short Circuit Protection


Configuration

Item

Min.

Default

Max.

Tolerance

Unit

Short Circuit Voltage

0.1

/

0.4

/

mV

Short Circuit Delay Time

Hardware

/

/

/

mS

Short Circuit Recovery Time

0

/

600000

±100

mS


Balancing Protection


Configuration

Item

Min.

Default

Max.

Tolerance

Unit

Balancing Protection Voltage

0

3400

5000

±50

mV

Wasting Current once started

50

/

100

/

mA


Temperature Protection


Discharging temperature protection


Configuration

Item

Min.

Default

Max

Tolerance

Unit

Discharging over temperature protection degree

-40

65

86

±3

ͦC

Discharging over temperature protection recovery degree

-40

60

86

±3

ͦC

Discharging under temperature protection degree

-40

-15

86

±3

ͦC

Discharging under temperature protection recovery degree

-10

-15

86

±3

ͦC




MOSFET OVERHEAT PROTECTION


Configuration

Item

Min.

Default

Max

Tolerance

Unit

Mosfet overheat protection degree

-40

70

86

±3

ͦC

Mosfet overheat recovery degree

-40

60

86

±3

ͦC

Mosfet overheat protection delay time

 0

3000

600000

±100

mS


Mosfet failure protection


Configuration

Item

Min.

Default

Max

Tolerance

Unit

Judgment current

/

1

/

/

A

Judgment delay time

 /

30

/

/

S



Power Consumption


Configuration

Item

Min.

Default

Max

Tolerance

Unit

Working Mode: RS485 / CAN

0

35

35

/

mA

Working Mode: RS485 / CAN without output signal but the current is larger than wake up setting

    0

35

35

/

mA

Sleeping Mode: RS485 / CAN witout output signal but the current is lower than wake up setting

    0

300

300

/

uA

Hibernate Mode: Battery voltage is lower than setting figure

    0

30

30

/

uA


Warning Setting


Cell Voltage warning


Configuration

Item

Min.

Default

Max

Tolerance

Unit

The battery cell overvoltage warning figure

0

3500

5000

±50

mV

The battery cell undervoltage warning figure

0

2700

5000

±50

mA


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