CE-6000 Series

For EVs, communication base stations, and energy storage systems. The CE-6000 series delivers comprehensive testing capabilities—including pulse, simulation, EOL, and BMS testing—enabling full performan

The CE-6000 series delivers comprehensive testing capabilities—including pulse, simulation, EOL, and BMS testing—enabling full performance and safety evaluation from Cells to Packs.

Upgraded Cell Testing System delivers ±0.02% F.S. current accuracy.
3000V ultra-high voltage for storage Packs, high-voltage Battery Clusters, and Power Conversion System (PCS) testing.
EOL (End-of-Line ) Testing System for performance and safety tests.
BMS Testing System for comprehensive verifies BMS performance.

Which Voltage Level of Battery Test Equipment Suits Your Needs?

To standardize the voltage specifications of the NEWARE CE-6000 high-power battery testing system and adapt to diverse testing requirements of the power battery and energy storage industry, a customized voltage classification system is adopted in this table. This classification is defined based on the rated working voltage of the testing equipment, including three grades:Low Voltage(LV), Medium Voltage(MV), High Voltage(HV), and Ultra-High Voltage(UHV).

CE-6000 Series Voltage & Current Coverage

Why Choose NEWARE CE-6000 Series?

NEWARE has long provided services to Global Battery Manufacturers, Electric Vehicle Producers, Energy Storage Battery Manufacturers and Research Institutions, and has accumulated rich industry experience and technical advantages.

High dynamic response speed: it adopts advanced bidirectional high-frequency DC conversion topology technology to ensure real-time response during fast charging and discharging processes, meeting the dynamic test requirements of high-power battery.
High stability and accuracy: the system is equipped with high-performance multi-channel 24-bit ADC chips, and the sampling resolution is higher than that of traditional single-range devices, ensuring the high precision and reliability of test data.
Multi-cabinet parallel: supports multi-cabinet parallel operation for megawatt-scale ultra-high voltage output.
Battery temperature performance test: linked with environmental test chambers, it achieves battery temperature performance testing and conducts comprehensive performance evaluation.

*CT/CE: Battery charging-discharging test system. "E" indicates that this equipment is equipped with energy feedback function.

Battery Module End-of-Line(EOL) Testing

A one-stop high-precision platform for safety inspection and performance validation of power battery.

Safety testing, IR testing, ACR, OCV, with comprehensive electrical safety checks and consistency verification.
Tests communication buses, I/O ports, command interactions, and real-time data synchronization.
Charge/Discharge Testing: covers CC, DC, DCIR, capacity, over-current, and over-voltage testing..
Multi-device synergy: controls environmental chambers, chillers, and auxiliary equipment for complex scenario simulations.

Battery Module End-of-Line(EOL) Testing

A one-stop high-precision platform for safety inspection and performance validation of power battery.

Safety testing, IR testing, ACR, OCV, with comprehensive electrical safety checks and consistency verification.
Tests communication buses, I/O ports, command interactions, and real-time data synchronization.
Charge/Discharge Testing: covers CC, DC, DCIR, capacity, over-current, and over-voltage testing.
Multi-device synergy: controls environmental chambers, chillers, and auxiliary equipment for complex scenario simulations.

24CH Battery Simulator & BMS Testing System

Say goodbye to the explosion risks and lengthy processes of conventional battery testing.

Our system, centered on a 24CH battery simulator, a 300A high-precision current source, and 1500V insulation and dielectric withstand testing, accurately replicates extreme conditions such as over-charge, over-discharge, and temperature differences.
With in-depth coverage of 16+ test items, including balancing strategies, SOC algorithms, and multi - protocol communication, it shortens traditional week-long validation to just 5 minutes.
Its modular hardware and intelligent analysis software provide battery manufacturers and automakers with a safe, efficient, and full-stack BMS validation solution, ensuring every charge and discharge cycle is fully controlled.