R&D
Product core advantages: long life, high quality rate, high safety
Longer use: long cycle 12000, calendar life 10 years
①. By adopting lithium supplementation, material surface treatment and electrode engineering technology, the number of charge and discharge cycles and storage time are increased, and the service life of the battery cell is increased by about 20% compared with mainstream products on the market.
The most efficient production: the battery cell quality rate can reach over 92%
①. The optimization of the entire process, including reducing fixed losses and introducing new processes, has achieved a significant improvement in the quality rate of battery cells.
Currently, the production line quality rate of the first echelon is about 90%, and that of the second echelon is about 85%. Our company's industrialization level is in the first echelon.
More reliable products: zero accidents in ten years
①. Deep integration of optical sensing technology and AI big data technology to create "heart"-level health management for battery cells. Realize in-depth and accurate monitoring of the heart and blood status of energy storage batteries. Discover hidden dangers earlier, predict risks earlier, and prevent accidents earlier.
Intelligent management
● Intelligent material selection
①. Intelligent selection of raw materials
②. Optimization of electrolyte formula
Smart cell design
①. Design parameter template
②. Intelligent process parameters
● Intelligent manufacturing
①.Robot control intelligent transmission
②. Robot precision quality control
③. Unmanned operation automation
●Application management intelligence
1.Battery health diagnosis technology
②.Battery safety warning technology
Safety monitoring and early warning
By deeply integrating optical sensing technology, electrochemical technology, and AI big data technology, we can achieve in-depth and accurate monitoring of the heart and blood status of energy storage batteries. We can discover hidden dangers earlier, predict risks earlier, and prevent accidents earlier, bringing battery health and safety monitoring and early warning technology into an epoch-making industry standard.
Quality Assurance System
1. Automotive-grade quality assurance system: advance quality assurance system, standardized operating procedures, and thorough quality inspections
Ensure the quality of new products before they are launched
①. Standardization of development and verification process
②. Establish a product evaluation system
③. Customers require over-fulfillment
④. Continuous review and feedback of industry standards
Ensure the quality of parts supply
①. Standardization of component approval process
②. Cultivate SQE professionals
③. Carry out rigorous incoming material inspection
④.Supplier quality assurance
Ensure the quality of production engineering
①.MES Manufacturing Execution System
②. Establish standard operating procedures
③. Core Engineering CTQ Project Management
④. Management of foreign objects in unit equipment
Ensure the quality of customer delivery
①.Core quality 100% inspection
②.Customer production line quality tracking management
③. Ensure traceability of outbound products
④. Ensure the professionalism of inspectors
2. Automotive-grade product production quality assurance: real-time monitoring, quality information traceability, and precise process control
Production process management
Real-time management of approximately 2,500 quality control points to build a pre-emptive prevention system: Build an abnormal pre-monitoring system through SPC management of major projects.
2,500 quality control points: Building a preventive system through precise process control
Real-time monitoring process: Building an abnormal pre-monitoring system through SPC management of major projects
100% traceable: quality information traceability - from battery cells to materials
