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Battery Pack Tester
Created with Pixso.

120V 300A 2CH 80KW Regenerative Li-Ion Lead-Acid Ni-MH Ni-Cd Battery Pack Test System

120V 300A 2CH 80KW Regenerative Li-Ion Lead-Acid Ni-MH Ni-Cd Battery Pack Test System

ชื่อแบรนด์: ACEY
เลขรุ่น: ACEY-HRCDS-120V300A-2CH
ขั้นต่ำ: 1 ชุด
ราคา: USD2579~29000/Set
เงื่อนไขการจ่ายเงิน: T/T, เพย์พาล, แอล/C, เวสเทิร์นยูเนี่ยน, MoneyGram
ความสามารถในการจําหน่าย: 200 ชุด/เดือน
ข้อมูลรายละเอียด
สถานที่กำเนิด:
จีน
ได้รับการรับรอง:
CE
การรับประกัน:
รับประกัน 1 ปีพร้อมการสนับสนุนตลอดอายุการใช้งาน
บริการหลังการขาย:
การสนับสนุนด้านเทคนิคตลอด 24 ชั่วโมงทุกวัน
จำนวนช่อง:
2 ช่อง
ช่วงแรงดันไฟฟ้า:
0.2~120V
ช่วงปัจจุบัน:
0.15~300A (ช่องทางเดียว)
ความแม่นยำ:
±0.05%FS+0.05%RD
กำลังขับ:
สูงสุด 36KW (ช่องทางเดียว)
การรับประกัน:
รับประกัน 1 ปีพร้อมการสนับสนุนตลอดอายุการใช้งาน
บริการหลังการขาย:
การสนับสนุนด้านเทคนิคตลอด 24 ชั่วโมงทุกวัน
จำนวนช่อง:
2 ช่อง
ช่วงแรงดันไฟฟ้า:
0.2~120V
ช่วงปัจจุบัน:
0.15~300A (ช่องทางเดียว)
ความแม่นยำ:
±0.05%FS+0.05%RD
กำลังขับ:
สูงสุด 36KW (ช่องทางเดียว)
รายละเอียดการบรรจุ:
กรณีไม้อัด
เน้น:

80KW Battery Pack Tester

,

Regenerative Battery Pack Tester

,

120V heavy duty battery discharge tester

คําอธิบายสินค้า

120V 300A 2CH 80KW Regenerative Li-ion/Lead-acid/Ni-MH/Ni-Cd Battery Pack Test System

 

 

Product Description

ACEY-HRCDS-120V300A-2CH battery cycler tester is designed for cycle life testing and performance evaluation of lithium-ion, lead-acid, nickel-cadmium, and nickel-metal hydride batteries. It supports a wide range of test applications, including battery capacity testing, charge and discharge characteristic testing, charge retention testing, charge/discharge efficiency evaluation, and overcharge and over-discharge tolerance testing.

 

Test Functions

  • Battery cycle life testing
  • Battery capacity testing
  • Charge characteristic testing
  • Discharge characteristic testing
  • State-of-charge (SOC) retention testing
  • Charge and discharge efficiency testing
  • Overcharge and over-discharge tolerance testing

 

Key Advantages

  • High-Efficiency Energy Regeneration
    Regenerative design with standard sine wave feedback achieves up to 90% efficiency, reducing overall power consumption and thermal load.
  • Stable CCCV Charging Control
    Smooth CCCV charging without current or voltage shocks improves battery safety and test consistency.
  • High-Precision Measurement
    High dynamic range ADC/DAC ensures accurate and stable voltage and current sampling over long test periods.
  • Flexible User & Permission Management
    Supports multi-level user roles and access control for standardized operation.
  • Multiple DCIR Test Modes
    Four DCIR testing methods are available to meet different testing requirements.
  • Built-in BMS Communication
    Each channel integrates CAN and RS485, enabling real-time BMS data acquisition and synchronized comparison with test data.

 

Main Technical Parameter

No. Item ACEY-HRCDS-120V300A
1 Main channels 1CH/ module
2 Output power The maximum power of channel operation is 36kW; timeless
3 Output power stability ±0.1%FS
4 Power quality at input side Power factor 99%(full load)
Total harmonic distortion rate ≤5%(full load)
5 Energy consumption parameters Standard sine wave feedback energy, high efficiency (optimal efficiency 90%%)
6 Main channel working mode Charge: CC, CV, CCCV,  no voltage or current impact when CC transfer to CV
Discharge: CD, CP, CR
Still
Working condition test; Pulse test.
7 Main channel Voltage Single channel test range 0.2V-120V, The intermediate value is continuously adjustable (wide test range, applicable to the test requirements of various battery modules)
Min. discharge voltage 12V(Port voltage)
Accuracy ±0.05%FS
Resolution 1mV
Main channel Current Single channel test range ±300A
Min. output current 150mA
Accuracy ±0.05%FS
Resolution 1mA
Current start response time 5ms(10%~90%FS)
Time Resolution 10ms
Auxiliary voltage (Optional) Range DC: 0-5V
Accuracy ±0.05%FS
Resolution 1mV
Auxiliary temperature (Optional) Range 20℃100℃
Accuracy ±1℃(0℃70℃)
Resolution 0.1℃
8 Communication LAN
Battery BMS communication Support CAN 2.0A, CAN 2.0B; RS485 communication
Support DBC import, realize data reading with BMS CAN, and participate in process control
9 Control program Support data protection when power off, continue testing caused of power cutoff or manually stop and revise step parameter online.
Users can set protection condition, include minimum voltage, maximum voltage, minimum current, maximum current, maximum temperature, minimum temperature, etc.
Users can set auxiliary channel protection condition, including minimum voltage, maximum voltage, maximum temperature, minimum temperature.
Cycle time Max. 10000
Programmable step Max. 10000
Nested loop Max. 10 layers
Step time range No limit, support h, min, s
Data record Time≥10ms,Voltage≥0.1%FS, Current ≥0.1%FS
Program feature Each step has one or multiple exit
10 Working mode (Unit voltage and temperature are optional) Constant current charging Battery voltage, time, capacity, energy, temperature, cell voltage, cell voltage difference, RSOC cut-off.
Constant voltage charging Current, time, capacity, energy, temperature, cell voltage, cell voltage difference, RSOC cut-off.
Constant current and constant voltage charging Battery voltage, current, time, capacity, energy, temperature, cell voltage, cell voltage difference, RSOC cut-off.
Shelve Deadline
Constant current discharge Battery voltage, time, capacity, energy, temperature, cell voltage, cell voltage difference cut-off.
Constant power discharge Battery voltage, current, time, capacity, energy, temperature, cell voltage, cell voltage difference cut-off.
Constant resistance discharge Battery voltage, current, hour time, capacity, energy, temperature, cell voltage, cell voltage difference cut-off.
11 Data display(Unit voltage and temperature are optional) Cycle list Circulation number. Charge/discharge capacity, efficiency, power and average voltage, etc.
Process list Process number, working mode, process time, capacity, power, DIR, medium voltage, cut-off voltage, cut-off current, etc.
Detail list Record number, system time, cumulative time, voltage, current, energy, power, cell temperature, monomer voltage l -- monomer voltage n, monomer voltage range etc.
12 Data export Data can be exported as EXCEL, TXT or diagram. Provide data analysis curves and data lists in various ways, such as charge discharge curve, capacity decay rate, cycle life curve, charge discharge voltage, current, capacity, current time characteristics, etc
13 Data saving Save as files
14 Curves type X-coordinate: total time, charge discharge capacity, cycle time, voltage, current, capacity
Y-coordinate: total voltage, current, capacity, power, monomer voltage l-monomer voltage n, temperature 1-monomer temperature n, etc
15 Input protection Overvoltage, overcurrent, phase loss, over temperature, protection alarm;
Output protection Overvoltage, overcurrent, short circuit, capacity, temperature, single overvoltage and single undervoltage protection; No output when the battery voltage is not detected;
Power off protection After external power failure, the battery and equipment are automatically disconnected, effectively avoiding accidents caused by re energization;
Hardware protection Power off protection, open circuit protection and short circuit protection; Reverse connection of battery, wrong connection protection, overcurrent protection, overvoltage protection, overtemperature protection, hardware overvoltage, undervoltage and overcurrent protection;
Short circuit protection External short circuit;
Software protection Power off data protection, power resume continue testing, OVP, ODP, OCP, UCP, OTP, capacity protection, abnormal voltage trend protection, abnormal current trend protection, abnormal current fluctuation protection, abnormal voltage fluctuation protection, abnormal charging voltage increase rate protection, abnormal discharge current decrease rate protection, equipment communication abnormal protection, auxiliary module communication abnormal protection;
Warning function Switch off automatically under emergency, shutdown when power off, load connect and disconnect automatically.
16 Barcode scan Support barcode start and binding test data, classify batteries rapidly and accurately. Support detailed battery database management functions, connect battery information with testing data base, which is easy for management of data base system.
17 Cooling method Forced Fan-cooled
18 Sampling terminals Four-polar sampling. Copper nose or other fixture.
19 Auxiliary channel acquisition line The length of acquisition cable can be adjusted according to the actual situation
20 Noise Less than 70dB
IP grade IP20
21 Repair Modularized structure. Can be replaced or repair with spare parts.
22 Software update Provide regular software upgrade services until the hardware is incompatible.

 

Working Environment 

  • Power supply: AC 380V±10%, frequency: 50HZ±10%.
  • Maximum input power of the whole cabinet: 80.0 kW (2CH)
  • Working temperature: 0℃ - 45℃.
  • Humidity: less than ≤ 95%R.H (non-condensing).
  • No severe shake, no corrosive gases, no flammable or explosive gases around.
  • Resolution: AD 16 bit.

 

Equipment Specification

Cabinet size 600*800*1980mm
Weight 300KG
Channels number 2CH

 

Product Display

120V 300A 2CH 80KW Regenerative Li-Ion Lead-Acid Ni-MH Ni-Cd Battery Pack Test System 0

120V 300A 2CH 80KW Regenerative Li-Ion Lead-Acid Ni-MH Ni-Cd Battery Pack Test System 1