MCL2 Series : New Generation Advanced Battery Test Equipment
MCL2 is applicable to all kinds of lithium battery research and testing. It helps researchers to accurately learn the battery characteristics and speed up the battery verification. It has high accuracy and powerful analytical capabilities for data post-production.
- The customized specifications can reach up to 800V/800A
- 0.02% high accuracy; 1ms rapid data recording
- A highly scalable test software that can integrate BMS data collector, chamber and other external modules
- A variety of built-in DCIR, pulse charge/discharge and other international testing standards
- Provide a variety of value-added modules to meet customer requirements
|AC Power||220VAC, 50/60 Hz, 1Φ|
2~800V* (Option: Discharge to 0V)
5, 20, 60, 100, 200, 400, 500, 600, 800V*
± 0.02% F.S.
±3, ±5, ±10, ±20, ±30, ±50, ±60, ±100,
±200, ±300, ±400, ±500, ±600, ±800A*
± 0.02% F.S.
Depend on Spec
± 0.04% F.S.
|Data Recording Time||100ms (Option: 10ms, 1ms)|
|Communication Interface||CANBus (USB to PC)|
|Ambient||23°C±2°C; 20~90 HR|
Advanced Data Analysis, Drive Simulation,
Rapid Switch between Charge and Discharge,
BMS & GDA Data Collector, Auxiliary Voltage,
Auxiliary Temperature, Customized Fixture,
*Accept customized request
|Model Name||Voltage||Current||Model Name||Voltage||Current|
Advanced Data Analysis
With advanced data analysis feature, a variety of test data presentations could be adjusted according to the needs of researchers, such as text and graphical reports, self-defined X and Y-axis parameters on graphs and graphs zoom-in / zoom-out. It also helps researchers to easily analyze the data from cycle test. Data from each cycle can be superimposed and drew on a single chart to produce a lifecycle test report. Evaluating test results and finding variation are easy! Moreover, test data can be exported in csv format and manipulated in the third-party software that researchers are familiar with, improving the data usability.
Drive simulation feature allows researchers to better understand battery performance in real-world driving condition. In order to achieve the goal, charge/ discharge rapid switch technology is developed, and the less than 5ms switch time makes simulating battery charge/ discharge pattern in real-road conditions become possible. Major international EV testing standards such as Federal Urban Driving Schedule (FUDS) and Dynamic Stress Test (DST) from U.S. Advanced Battery Consortium (USABC) are built-in for drive simulation feature. In addition, users are capable of importing the battery charge/ discharge patterns from a field test, or even defining their own testing patterns.
SOH (State of Health) Evaluation
SOH evaluation feature helps researchers assess the SOH of used batteries in a more comprehensive way. Instead of solely capacity, 8 different parameters for battery cell/ 6 different parameters for battery pack are considered and measured while running SOH evaluation test, which provides a more precise result for researchers.
BMS/ Gas Gauge Data Collector GDA 300 Series
GDA 300 records the static/ dynamic parameters of the BMS in energy/ power batteries. It supports SMBus, I2C, HDQ, Modbus, CANbus and other communication protocols that are commonly used in energy and power batteries, and it is scalable. With GDA 300, users are allowed to define customized parameters as step cutoff condition while running battery test. Additional parameters can also be defined by researchers to collect and analyze advanced data.
|Model||GDA 300 Series|
|Applicable Communication Interface||SMBus, I2C, HDQ, CANBus, ModBus|
Auxiliary Voltage/ Auxiliary Temperature
Auxiliary voltage and auxiliary temperature are for collecting the voltage and temperature data of a single cell in the battery pack. Collected data can be used as step cutoff conditions while running the battery test, improving the flexibility of the production line and laboratory.
|ES-100B Auxiliary Voltage|
|Measurement Range||±64V, ±32V, ±8V|
|Measurement Resolution||16 bit|
|Measurement Accuracy||0.02% F.S.|
|Data Recording Time||100ms (24ch)|
|Measurement Resolution||0.1 °C||0.001°C|
|Measurement Accuracy||±1°C (-40~90°C)||±0.1°C|
|Data Recording Time||24ch/100ms||4ch/s|
|Supported type||Thermistor||Thermocouple, RTD, Thermister, Diode|
*Depend on chosen thermal sensors
Universal/ Customized Fixture
According to customer requests, CTE provides a variety of universal fixtures and customized fixtures.The universal fixture is specially designed for cylindrical and prismatic batteries. It is suitable for a wide range of battery specifications, and can be adjusted by customers to work with the batteries to be tested. The non-base plate design allows the battery to be lifted, reducing the thermal impact on battery test. Moreover, the removable battery compartment also makes changing battery convenient and flexible. For customized fixtures, please contact Chen Tech Electric.
|Universal Fixture Application||Cylindrical and Prismatic Batteries|
|Suitable Battery Size (mm)||18~100W*52D*55H|
|Number of Battery Holders||4~24|
|Loadable Current||Under 40A|
Auto Calibrator ACP2 Series
ACP is especially designed to improve the efficiency and precision of calibration for CTE test equipment. It is applicable for CTE equipment with maximum voltage under 20V and maximum current lower than 100A. Its flexible and scalable design can be expanded to include up to 8 meters, thus ACP is capable of calibrating 8 testing channels simultaneously, which greatly reduces labor cost and time. Also, removable shunts and meters are built-in, making it easy to calibrate and maintain.
|Model||ACP2 L Series||ACP2 N Series||ACP2 M Series||ACP2 B Series|
|AC Power||AC 110/ 220V||AC 110/ 220V||AC 110/ 220V||AC 110/ 220V|
|Applicable Spec||Under 20V/ 1A||Under 20V/ 3~20A||Under 20V/ 20~50A||Under 20V/ 50~100A|
We collaborate with several 3-rd party chamber manufacturers such as Espec, Terchy, Giant Force, and TATO, and integrate their products into our system. Thus, users are capable of controlling chamber directly with iBest software.
You may also like…