I. Overview of Equipment Functions
The S34E-256-10A Energy-saving Feedback Capacity Sorting Cabinet is an all-in-one battery formation and capacity test device. This device can accurately measure battery voltage and capacity, perform full grade classification, and surpass data to analyze its performance. Its largest advantage is the single-point independent control technology, which means that each channel has its own constant current and voltage source, making for stable and impact-free tests. The in-built energy feedback system converts the discharged electrical energy back into alternating current and supplies it back to the power grid - reducing energy consumption by a drastic margin. This device supports automatic testing from battery formation to capacity sorting with high-precision data collection - recording the data once a second down to an accuracy of 0.05%, support power-off resume, and continue to protect against abnormalities.
II. Unique Characteristics and Advantages of Core Products
High-Precision Independent Control
Each of the channels is improve with its own independent constant current and voltage source with voltage/current accuracy at ±(0.5‰ reading + 0.5‰ full scale). A sample frequency of once a second combines to measure data accurately and utilizing four-wire testing interfaces, ensures data is exceed industry standards
Efficient Energy Use
A bidirectional AC/DC inverter feeds the discharged electrical energy directly back into the power grid, and energy consumption decreased by more than 30% compared to conventional devices. The power factor reaches 0.99 and meets green production demands.
Intelligent Full-process Management
The graphical operation interface supports bar code scanning, MES docking, and 13 types of abnormal protection (over voltage, reverse connection, capacity outlier protected). Able to generate an Excel/Word report automatically, achieving automated control in testing and sorting.
III. Technical Parameters
IV. Advantages of Application Scenario
Production Manufacturing Scenario
As an Efficient Equipment for Lithium-Ion Cell Formation, the 256-channel indentation parallel testing provides a greater efficiency in the formation time and capacity sorting. With an automatic sorting function, it can sort hundreds of batteries per hour meaning large quantity production lines are demanded to increase floor production time. Power consumption savings of an average of 30% using power feedback energy feedback technology, makes it ideal to use in mass production.
R&D Testing Scenario
With its high-precision lithium battery testing equipment characteristic - the accuracy of 0.05% allows for recording and capturing microvolt-level voltage change. A full process exist with 32 customizable steps to adjust the process for different battery material validation with overall testing cycles. Real-time data curves are very helpful, as well, for R&D optimization.
Energy Storage System Scenario
Due to the modular design of our battery testing system, it can be implemented with battery storage operation and maintenance. The system supports Parallel for apparatus battery testing, MES docking, and measuring the capacity classification and health assessment of retired batteries, with data for supply in cascade usage. The modular design climate temperatures analysis capability nominally low temperature in these regions.