ODM-battery pack testing standards

The ODM-S30-16-100V60A Energy-Saving Feedback Aging Cabinet is a high-performance, precision-engineered system designed for advanced battery testing and quality assurance in industrial and research environments. This state-of-the-art aging chamber integrates energy recovery technology with intelligent control to deliver exceptional efficiency, accuracy, and safety during life cycle assessments of lithium-ion, lead-acid, and other rechargeable battery types. At the heart of this unit lies a closed-loop power management system that recycles up to 90% of charging energy back into the grid while maintaining over 88% feedback efficiency during discharge cycles—significantly reducing operational costs and environmental impact. With 16 independent channels offering up to 6 kW per channel, it enables simultaneous testing of multiple battery packs under precise conditions. Each channel features four-wire measurement accuracy within ±0.05% full scale for voltage (up to 100V) and current (±60A), ensuring reliable data collection across complex test protocols such as charge retention, capacity degradation, and charge-discharge efficiency analysis. Key functional advantages include an isolated power architecture where each cabinet module operates on its own dedicated supply, minimizing interference and enhancing overall stability. A forced-air cooling mechanism, combined with customizable fixtures, allows seamless handling of various battery sizes—from small cylindrical cells to large-format modules—making it ideal for R&D labs, manufacturing QA departments, and EV battery suppliers. Real-time temperature monitoring via NTC sensors across a wide range (-30°C to +120°C) ensures safe operation even under extreme thermal stress, with automatic shutdown protection against overvoltage, overcurrent, and excessive power draw. This equipment supports more than ten standardized battery performance evaluations including cycle life endurance tests, capacity fade measurements, internal resistance tracking, and overcharge/overdischarge tolerance verification. Its modular design, robust build quality, and compliance with international electrical safety standards make it a trusted solution for global battery producers seeking scalable, repeatable, and energy-efficient aging processes. Ideal for applications in electric vehicle development, energy storage systems, portable electronics, and academic research, the ODM-S30-16-100V60A provides unmatched versatility and precision. Whether conducting accelerated aging simulations or validating long-term battery health, users benefit from consistent results, reduced downtime, and lower utility expenses compared to traditional non-feedback aging systems. Customer testimonials highlight the device’s reliability in high-throughput environments, ease of integration into existing workflows, and ability to maintain strict tolerances over extended periods without drift or calibration issues. Users appreciate how the intuitive interface simplifies setup and monitoring, while built-in diagnostics help prevent unexpected failures during critical test phases. Common inquiries often focus on compatibility with different chemistries (e.g., NMC, LFP, NiMH), support for automated test sequences, and scalability for multi-unit deployments. The system accommodates both manual and script-based control methods, enabling seamless automation in smart factory setups. Additionally, its compact footprint and efficient heat dissipation allow installation in space-constrained facilities without compromising performance. In summary, the ODM-S30-16-100V60A represents a significant advancement in battery aging technology—offering industry-leading energy savings, ultra-precise measurements, comprehensive safety features, and flexible deployment options tailored for modern battery testing needs worldwide.