single cell battery tester

The Model S30-8-60V100A Energy Recovery Aging Testing Cabinet is a high-performance Battery Testing System engineered for precision, efficiency, and versatility in evaluating lithium-ion, lead-acid, and other rechargeable battery technologies. Designed for industrial-grade applications across R&D, production, and quality assurance, this advanced aging tester delivers accurate cycle life assessment, capacity validation, and charge/discharge behavior analysis—while significantly reducing energy consumption through intelligent power recovery mechanisms. This professional battery aging solution stands out by integrating cutting-edge energy regeneration technology that recovers up to 90% of discharge energy under full load conditions, drastically lowering operational costs compared to conventional testers. With voltage and current measurement accuracy reaching ±0.05% Full Scale (FS), it ensures reliable data collection critical for scientific research and manufacturing consistency. Calibration using Agilent-certified reference standards further enhances trustworthiness in performance metrics, making it ideal for labs requiring traceable and repeatable results. Key features include a modular fixture design enabling flexible configuration for various battery formats—from single cells to multi-cell packs—and an intelligent software platform supporting over 2,000 programmable steps with cycle counts exceeding 62,500. The system supports multiple charging profiles, discharging modes, and customizable stop conditions, allowing tailored test protocols for diverse battery chemistries. Additional smart functionalities such as barcode scanning, automated data binding, and export capabilities streamline workflow management and improve traceability throughout the testing lifecycle. The cabinet’s optimized airflow cooling structure ensures efficient thermal dissipation even during prolonged operations, maintaining stable internal temperatures and protecting sensitive components from overheating—a crucial factor when conducting long-term aging tests on large battery batches. Its robust build and comprehensive safety protections make it suitable for both laboratory environments and production lines where continuous monitoring and high throughput are essential. Ideal for battery manufacturers, research institutions, and quality control departments, this aging chamber serves three primary application areas: Research & Development, Manufacturing Process Optimization, and Product Quality Assurance. In R&D settings, its precise measurements accelerate innovation by providing detailed insights into degradation patterns, helping engineers refine cell chemistry, electrode materials, and manufacturing techniques. During mass production, it enables rapid screening of battery packs while minimizing electricity expenses—an advantage for companies aiming to scale sustainably. For QA teams, the system offers thorough performance evaluation, identifying weak units early in the process and ensuring only high-quality batteries reach end users. Users consistently praise the device for its reliability, ease of use, and significant cost savings over time. Many report reduced energy bills by up to 90% during discharge phases alone, along with improved test repeatability and faster turnaround times due to automation. Engineers particularly appreciate the ability to simulate real-world usage scenarios through customizable test sequences, which aids in predicting actual field performance more accurately than standard methods. Common inquiries often revolve around compatibility with different battery types, setup complexity, and maintenance requirements. This unit supports a wide range of voltages (up to 60V) and currents (up to 100A), accommodating most common configurations found in electric vehicles, energy storage systems, and portable electronics. Setup is straightforward thanks to intuitive interface controls and guided software prompts, while routine maintenance involves minimal effort due to the self-diagnostic capabilities and durable construction. Whether you're validating new battery designs or optimizing existing processes, this aging tester provides the tools needed to achieve superior outcomes efficiently and economically.