The ODM-S30-24-60V50A Energy-Saving Feedback Aging Cabinet is a high-performance, intelligent battery testing and grading system engineered for comprehensive quality assurance across the entire lifecycle of energy storage devices such as lithium-ion and lead-acid batteries. Designed to meet stringent industrial standards, this advanced cell grading machine integrates precision charge-discharge control, real-time performance monitoring, and energy recovery technology—delivering unmatched efficiency and reliability in battery production lines worldwide. This professional aging cabinet supports full-cycle battery evaluation through automated testing protocols that include cycle life analysis, capacity measurement, charge-discharge characteristic profiling, and overcharge/overdischarge tolerance verification. By leveraging data-driven grading algorithms, manufacturers can accurately categorize battery cells based on performance metrics, ensuring consistent product quality while reducing waste and optimizing raw material usage. The system’s ability to provide detailed insights into battery health makes it an essential tool for R&D labs,
Battery Pack Assembly facilities, and OEMs focused on sustainable energy solutions. Key features include an 88%+ charge-discharge efficiency via integrated regenerative feedback technology, which minimizes power consumption during aging tests—a critical advantage for eco-conscious operations. Smooth transitions between constant current and constant voltage modes prevent thermal stress or internal damage to sensitive battery chemistries. A purpose-built forced-air cooling system with optimized airflow channels ensures stable operating temperatures even under continuous high-load conditions. Each of the 24 independent channels operates autonomously, enhancing overall system safety, scalability, and fault isolation capabilities. Adjustable fixtures accommodate various battery formats—from cylindrical cells to prismatic modules—making the unit adaptable to evolving production needs. Technical specifications highlight robustness: powered by a 380V AC input (±10%), the unit delivers up to 72kW total output across 24 individual 3kW channels, with a maximum input power draw of ≤78kW. This configuration enables efficient batch processing of hundreds of cells per day without compromising accuracy or safety. Environmental compliance is maintained within strict parameters: ideal operating temperature ranges from 0°C to 45°C, with humidity levels kept below 70% RH during use and up to 95% RH during storage. Installation requires proper grounding, cleanroom-grade air purity (≤100,000 class), and minimal noise emissions (≤75dB at 1 meter), ensuring compatibility with modern manufacturing environments globally. Ideal for applications in electric vehicle battery factories, renewable energy storage system integrators, and battery research institutions, this aging and grading solution streamlines quality control processes while enabling predictive maintenance strategies. Whether used for initial cell sorting, end-of-life assessment, or failure mode analysis, the ODM-S30-24-60V50A provides actionable data that drives smarter battery management decisions. Users report significant improvements in throughput and consistency after implementing the system. One battery manufacturer noted a 30% reduction in manual grading errors and a measurable increase in final product yield due to more precise cell classification. Another user praised its energy-saving capabilities, stating that the feedback mechanism reduced their electricity costs by nearly 20% compared to conventional testers. Common questions often revolve around compatibility with different battery types, ease of integration into existing workflows, and long-term maintenance requirements. The device supports a wide range of lithium chemistries including NMC, LFP, and ternary systems, and includes intuitive software interfaces for parameter setup and data export. Routine upkeep involves periodic filter cleaning and calibration checks, typically performed every six months under normal usage conditions. In summary, the ODM-S30-24-60V50A represents a next-generation approach to battery aging and grading—combining energy efficiency, precision engineering, and smart automation to empower global manufacturers in delivering safer, longer-lasting, and higher-performing energy storage solutions.
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