As the automotive industry advances, battery module manufacturers face increasing pressure to develop high-performance solutions that meet the growing demands of electric vehicles. Ensuring optimal energy density, thermal stability, and durability is critical, as battery modules serve as the foundation for reliable and efficient EV battery packs.
To support this evolution, battery module testing systems must deliver precise performance validation, lifecycle durability assessment, and advanced safety analysis. UNICO’s battery module testing solutions provide state-of-the-art measurement, simulation, and control capabilities, enabling manufacturers to optimize module performance, enhance efficiency, and ensure compliance with industry standards. Our advanced testing technology helps drive innovation, accelerating the development of next-generation EV battery modules.
Optimize high-voltage EV battery module testing with UNICO’s BAT600 Battery Module Tester, engineered for precise energy conversion, bidirectional power flow, and real-time load simulation. Designed for high-power and high-voltage applications, it supports dynamic charge/discharge cycles, peak current draw analysis, regenerative energy recovery, and degradation profiling, ensuring robust validation of battery modules under real-world conditions.
Featuring high-speed power electronics and multi-protocol interfaces, the BAT600 seamlessly integrates with diagnostic tools, BMS interfaces, and automation frameworks, creating a fully instrumented test environment. With precision voltage and current control, thermal compensation, and programmable test sequences, UNICO’s BAT600 enables accurate performance characterization, compliance testing, and lifecycle analysis, advancing the next generation of EV battery modules with scalable, high-fidelity power test solutions.
UNICO’s BAT600 Battery Pack Tester is a high-power, high-voltage solution for EV battery module and pack testing. Supporting single and multi-channel configurations from 100kW to over 4MW, it enables precise charge/discharge cycling, lifecycle durability testing, and real-time load simulation. With regenerative energy capabilities, advanced automation integration, and high-speed measurement accuracy, BAT600 optimizes efficiency, scalability, and cost-effectiveness for R&D and production environments.
The EV Battery Cycler supports real-time charging and discharging simulations, high-current periods, and energy regeneration, and integrates custom testing profiles, making it versatile for rigorous EV testing.
It accommodates custom testing profiles and simulated load resistance, offering flexibility to meet specific testing needs.
Yes, it features multifunctional interfaces that seamlessly integrate with additional diagnostic and testing tools for comprehensive evaluations.
Our systems measure all critical parameters under various conditions, ensuring reliable, replicable results that adhere to industry standards.
These parameters directly impact the vehicle’s energy efficiency and mileage range, which are key to performance and market success.
Our advanced testing capabilities optimize battery performance and help meet industry standards, supporting the development of cutting-edge battery technologies for the EV market.
