The S30-2-100V300A Energy Recovery Aging Cabinet is a high-performance
Battery Testing System engineered for precision, efficiency, and versatility in battery research, production, and quality assurance. Designed to support comprehensive cycle life testing and capacity evaluation across various battery chemistries—from lithium-ion to nickel-metal hydride—this advanced aging chamber delivers accurate data while minimizing environmental impact through intelligent energy recovery technology. This industrial-grade battery tester stands out with its exceptional 90% energy savings during charging phases and an impressive 88% discharge energy recovery rate, significantly lowering operational costs compared to conventional systems. With voltage and current measurement accuracy maintained within 0.5‰, it ensures reliable results for both R&D validation and mass production environments. Its four-wire independent loop design enables seamless transitions between constant current and constant voltage modes, reducing thermal stress on batteries and enhancing test consistency. Key features include modular fixtures that adapt effortlessly to different battery sizes and configurations, making the unit ideal for multi-purpose use across laboratories, manufacturing lines, and third-party testing facilities. The built-in data management system supports real-time monitoring, automated logging, remote access, and customizable reporting formats—enabling efficient analysis of performance trends over time. Advanced safety mechanisms such as overvoltage protection, short-circuit detection, temperature control, and automatic shutdown prevent damage to both equipment and batteries under abnormal conditions. Ideal for electric vehicle (EV) battery development, energy storage systems, and consumer electronics applications, this aging cabinet excels in demanding scenarios where precision, repeatability, and sustainability matter most. Whether used in battery R&D labs to evaluate new cell chemistries or integrated into production lines for rapid aging verification, it streamlines workflows while maintaining strict compliance with international standards. Users consistently praise the system’s robust build quality, intuitive interface, and consistent performance across long-term tests. Many highlight how the energy-saving capabilities reduce utility expenses without compromising test accuracy—a crucial factor for companies aiming to meet green manufacturing goals. Common questions often revolve around compatibility with various battery types, ease of setup, and integration with existing lab automation tools. The device supports flexible configuration via programmable profiles, allowing users to simulate real-world usage patterns like charge-discharge cycles, rest periods, and pulse testing. It also provides clear visual feedback through its display panel and remote connectivity options, ensuring smooth operation even in complex testing environments. In summary, the S30-2-100V300A Energy Recovery Aging Cabinet represents a smart investment for professionals seeking a scalable, precise, and eco-friendly solution for battery lifecycle assessment. Its combination of technical excellence, user-centric design, and proven reliability makes it a top choice among battery engineers, manufacturers, and testing institutions worldwide.
Contact Now
