HYNN independent HYN-BMS-128CELL EH battery pack BMS test equipment, can outputs multi-channel programmable high precision voltage and current to power battery pack BMS system. And test if the BMS system can sample correctly and operate reliably. Support BMS module functional test within 128 strings.

Current battery module and pack testing process is lowly automated, and the record analysis is in poor capabilities. Aimed at these problems, HYNN proposed a fully intelligent tester, EOL test system. The system integrates insulation testing, BMS calibration, OCV testing and other functions to achieve the entire workflow fully intelligent and automated, in order to reduce labor cost and improve efficiency.

The design of electric vehicles and energy storage system meets the needs of saving energy and reducing production costs during the battery production process by balancing the total loop power to make the utilization of battery power more efficient.

恒翼能锂电组分充机测试系统主要是针对锂电池组的电芯平衡测试需求而设计的，可以满足对电池组中每节CELL独立进行充放电测试、电池组CELL间平衡充放电等各项性能测试需求。该设备具有高精度、高性能特点，通道模块化设计，可根据客户电池组串数灵活增减通道数，整体通道可进行堆栈，充电时串联电路保持接通，可满足客户多种规格电池组进行平衡充放电测试。

HYNN power battery testing system is mainly designed for power battery. Designed with high accuracy, high flexibility and high performance, it can meet all test requirements for battery with the range of 0-5V (Voltage), 20mA-30A-2000A (Current).

HYNN pack testing system integrates pack EOL equipment with energy saving equipment, of high compatibility, reliability and stability.

HYNN pack testing system integrates pack EOL equipment with energy saving equipment, of high compatibility, reliability and stability.

The MES System of HYNN can quickly and effectively realize real-time tracking and monitoring of production sites through the system's refined production scheduling, implementing production process monitoring, process route based production schedule management, and real-time information collection, analysis and feedback functions. It effectively solves the core issues in site management, and increases support for the site, thus creating a reliable manufacturing execution management system for the enterprise.

With the continuous development in enterprise scale, the type and number of materials managed in the warehouse are on the increase, and the frequency of materials coming into and out of the warehouse has increased dramatically. Therefore, warehouse management operations have also become complicated and diversified, and traditional manual warehouse operation modes and data collection methods have failed to meet the rapid and accurate requirements of warehouse management, seriously affecting the operational efficiency of the enterprise, and becoming a major obstacle to the development of enterprise. To solve this problem, the WMS Warehouse Management System comes into being. This system can well record the information of product storage and delivery and allows query of the occupation status of each warehouse area and location in real time. Besides, it can review and print various warehouse-in and warehouse-out receipts to facilitate the warehouse staff to master the warehouse inventory in real time. The system also allows multi - user management, and the setting of management authority for each user group.