Trade4asia Battery Test Equipment High Performance EV Battery Test System

High Performance EV Battery Test System

Battery Test Equipment

High-Performance EV Battery Test System utilizes a full-bridge circuit topology combined with high-resolution digit sampling chips to deliver superior measurement precision and dynamic test data. It is designed to provide comprehensive testing programs for mainstream lithium-ion batteries as well as batteries using alternative chemistries, including sodium-based systems. The system is ideal for research, development, and production environments in electric vehicle and advanced battery manufacturing sectors.

The test system supports multi-channel operation with customizable channel counts, allowing high-current parallel testing while maintaining ±0.02% F.S. measurement accuracy. It offers precise voltage and current control with fast response times, making it suitable for high-speed charge-discharge cycling, DCIR measurement, and EV drive simulation tests. The system also features 10ms high-speed operating condition simulation, supporting extensive data logging with millions of records and Excel import for analysis.

Model	Max Power	Channels	Voltage Range	Voltage Accuracy	Voltage Resolution	Current Range	Current Accuracy	Current Resolution
BTS-6V400A16CH	38.4 kW	16	-6 V ~ +6 V (expandable to 10 V)	±0.02% F.S.	0.01 mV	-400 A ~ +400 A	±0.02% F.S.	0.01 mA
BTS-6V600A8CH	28.8 kW	8	-6 V ~ +6 V (expandable to 10 V)	±0.02% F.S.	0.01 mV	-600 A ~ +600 A	±0.02% F.S.	0.01 mA
BTS-6V800A8CH	38.4 kW	8	-6 V ~ +6 V (expandable to 10 V)	±0.02% F.S.	0.01 mV	-800 A ~ +800 A	±0.02% F.S.	0.01 mA
BTS-6V1200A4CH	28.8 kW	4	-6 V ~ +6 V (expandable to 10 V)	±0.02% F.S.	0.01 mV	-1200 A ~ +1200 A	±0.02% F.S.	0.01 mA
BTS-6V2400A2CH	28.8 kW	2	-6 V ~ +6 V (expandable to 10 V)	±0.02% F.S.	0.01 mV	-2400 A ~ +2400 A	±0.02% F.S.	0.01 mA

Charge & Discharge Test Parameters

Rise Time: ≤1 ms
Switching Time: ≤2 ms
Minimum Recording Interval: 1 ms / 0.1 mV / 0.1 mA
Operating Modes: CC, CV, CP, CC-CV, CR, DCIR, Pulse, Drive Simulation
Drive Simulation: 10 ms operating condition, 10 million+ lines of data, Excel import supported
Channel Parallel Operation: Supports up to 6400 A with ±0.02% F.S. accuracy
Efficiency: Charge efficiency 75%; regenerative feedback efficiency 73%