The research and development of supervisory system for storage battery production

摘要

The architecture of battery supervisory system based on laser marking and identification technology was put forward in this paper. Remote control was achieved through the development of communication port in laser-making machine, and the supervisory system is integrated into the ERP system. This paper also proposes the development of information collection device for production control equipment to acquire the status information from heterogeneous field production equipments. Meanwhile, the device provides the unified standard access interface for Manufacturing Execution System. The integration and networking of the enterprise information is realized and it laid the foundation for life cycle data acquisition and management of the battery.