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Haida Equiment Manufacturer has more than 15 years experience for test equipment...

Battery Charge & Discharge Battery Test System

Battery Charge & Discharge Battery Test System

Minimum
1 SET
Delivery
15 days after order.
Country
China
BrandName
HD
Package
Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside.
Payment
L/C, D/P, T/T
Price
FOB, CIF

Battery Charge & Discharge Battery Test System



Technical Specification

1. Application and Function

1.1Application: mainly used for circle life testing and quality control of li-ion battery and VRLA Working battery in production line or in lab.

1.2Support battery circle life testing, capacity testing, charging characteristic testing, discharging characteristic testing, charge retention capability testing, 

charge and discharge efficiency testing, over charge or over discharge rate affordability testing.

 

2. Working Environment and Technical Parameters

2.1 Power supply: AC300V±15%

2.2  Control Mode:The CC mode and CV mode are double closed loop structure, each channel is independently controlled

2.3 Energy Feedback:Full power energy feedback, the feedback energy is given priority to the local load, and the excess energy is feedback to the grid

 

Model Name

HD-E7001-800V200A

Channel Basic Parameters

Max. Voltage

800V

Max. Current

200A

Main Channel Number

1

ADC Bits

24 Bit

Control Mode

The CC mode and CV mode are double closed loop structure, each channel is independently controlled

Energy Feedback

Full power energy feedback, the feedback energy is given priority to the local load, and the excess energy is feedback to the grid

Grid Side Parameters

Voltage Range

400Vac/480Vac ±10%

Frequency Range

50Hz/60Hz ±5Hz

Max. Power

173.9kW

Power Factor

>0.99

THDi

<5%

Wiring

3W+PE

Isolation Type

Low Frequency Isolation

Channel Voltage Parameters

Charge Voltage Range

0800V

Discharge Voltage Range

3V800V

(Add accessories to discharge to 0V )

Voltage Accuracy

±0.05% F.S

Voltage Resolution

1mV

Voltage Ripple

±0.5% F.S

Channel Current Parameters

Single CH Current Range

-200A200A

Parallel CH Current Range(Optional)

/

Current Accuracy

±0.05% F.S

Current Resolution

1mA

Min. Cut-off Current

±0.2% F.S (Can be adjusted down according to demand)

Channel Power Parameters

Single CH Max. Power

160kW

Parallel CH Max. Power

/

Power Accuracy

±0.1% F.S

Power Resolution

1W

Charge and Discharge Parameters & Functions

Current Response Time

≤10ms(10%90%)

Charge and Discharge Switching Time

≤20ms(-90%+90%)

Min. Pulse Width

100ms

Charge Mode

CC, CV, CC-CV, CP, Current Ramp, Pulse, etc.

Discharge Mode

CC, CC-CV, CP, CR, Current Ramp, Pulse, DCIR, etc.

Cut-off/Jump Condition

Voltage, Current, Time, Temperature, Capacity, Energy, -ΔV, Expression Function, etc.

Loop Test Range

165535 Times

Editable number of steps

254 Steps

Loop Nesting

Support 3 Layers

Programming Features

There are multiple exits for each step, with "goto" function, which can jump arbitrarily

Simulation File

Can import the working condition file (DBC format), edit the working condition file according to the communication protocol

Simulation lines limit

1 Million Rows

Simulation Switching time

100ms

Grid Side Protection

Overvoltage Protection, Overcurrent Protection, Phase Loss Protection, Overheat Protection, Overload Protection, Short Circuit Protection, Communication Interruption Protection, Emergency Stop Protection, etc.

Battery Side Protection

Overvoltage Protection, Overcurrent Protection, Power Failure Protection, Reverse Connection Protection, Communication Heartbeat Protection, Overcapacity Protection, Sampling Line Drop Protection, etc.

Efficiency (Full Load)

>92%

PC Software Parameters & Functions

Communication Type

TCP/IP Protocol

Functional Test Items

Operating Condition Simulation, Capacity, Internal Resistance, Cycle Life, Charge/Discharge Characteristics, Pulse Charge-Discharge Characteristics, Charge Retention Capability, Charge-Discharge Efficiency, Overcharge/Overdischarge Tolerance, Cell Temperature /Voltage Characteristics, Consistency Assessment , etc.

Software Step Operation

Cut/Paste Step, Forced Step Jump, Condition Jump, Loop Test, etc.

Min. Time Interval

10ms

Min. Voltage Interval

0.1mV

Min. Current Interval

0.1mA

Data protection

Power-Down Data Protection

Offline Test

Safety protection conditions can be set, setting parameters include: Voltage Upper Limit, Voltage Lower Limit, Current Upper Limit, Current Lower Limit, Delay Time, etc.

Software/System Interface

Database, MES System, LIMS System, etc.

Peripheral  

Communication Ports

RS485, RS232, CAN2.0A, CAN2.0B, CANFD, Ethernet, etc.

Devices

BMS, Auxiliary Voltage, Auxiliary Temperature, Environmental Test Box, Water Cooler, Insulation Monitoring, Adjustable Power Supply, Equalization Equipment, etc.

Basic Parameters

Size

W*D*H: 2000*1070*1980(mm)

Weight

≈ 1500kg

Protection Level

IP20

Cooling Type

Air-Cooled

Noise

<75dB

Storage Temperature

-30℃~70℃

Operating Temperature

-10℃~45℃

Humidity

<85% (No Condensation)

Altitude

≤2000m

Optional Accessories

Computer

i5, 8G, 1T, Integrated Graphics, 21-inch, Windows10 Chinese Operating System, Mouse (Customizable)

DC Cable

Room temperature RV, Silicone Cord, etc. (Customizable)

Fixture

Polymer Clamps, Alligator Clips, OT Terminals, Toggle Clamps, etc.

Battery Rack

Designed according to the battery size and the number of channels, the laminate is insulated, and the bottom is equipped with casters (Customizable)

Auxiliary Channel

Designed according to the maximum voltage, temperature range, thermocouple type, and number of channels

Discharge to 0V Module

Designed according to the number of channels

Charge and Discharge Different Port Module

Designed according to the maximum voltage, maximum Current, and the number of channels

Negative Voltage Discharge Module

Designed according to the maximum voltage, maximum current , and the number of channels

Power Distribution Box (DC, AC)

Designed according to the maximum voltage, maximum current, and the number of channels

Power Transformer

Designed according to the maximum voltage  and the maximum power

 

 



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