中国一汽“智能网联、智能驾驶汽车产线整车智能检测装备”成功入选“智能制造装备创新成果”

Core Insights - The 2025 Automotive Technology and Equipment Development Forum highlighted the innovative achievements in automotive technology, with China First Automobile Works (FAW) recognized for its "Intelligent Connected and Autonomous Vehicle Production Line Intelligent Testing Equipment" [1] - The project addresses three major bottlenecks in traditional automotive manufacturing and testing: difficulty in intelligent function verification, insufficient flexible production capacity, and lack of core equipment and standards [1] Innovation Highlights - The project is not a single device but an AI-driven "intelligent testing body" that integrates digital twin mapping and cloud-edge collaboration, achieving four major technological breakthroughs [2] - It features the first AI model-enabled "intelligent testing body" and "brain-like diagnosis," covering the entire automotive manufacturing process with AI decision-making capabilities [2] - The project developed the world's first high-level intelligent driving function testing platform for production lines, applying VIL testing technology to large-scale production [2][3] Equipment and Technology Advancements - The equipment integrates industrial-grade components and advanced simulation technologies to safely and efficiently simulate complex traffic scenarios for automated testing of key intelligent driving functions [3] - The project has developed the first domestic vehicle-level GNSS offline testing system, overcoming limitations of module-level testing and enabling precise evaluation of vehicle positioning performance [3][4] - A "software-defined manufacturing" flexible platform was created to support personalized and agile production, utilizing high-precision timing and a flexible production algorithm [4] Performance Metrics - The project has significantly improved R&D efficiency, reducing vehicle debugging cycles from 45 days to 15 days (67% reduction) and cutting intelligent driving function development time from 10 months to 4 months (60% improvement) [4] - Production flexibility and efficiency have also seen dramatic improvements, with new model introduction cycles reduced from 14 days to 2 days and single vehicle electrical inspection time decreased from 2 hours to under 5 seconds [4] - Quality control has been enhanced, with software writing accuracy increasing from 74% to 99% and AI defect interception rates achieving an 80% early interception of potential defects [4] Economic and Industry Impact - The project has demonstrated strong industrial driving capabilities and economic value, with core achievements generating sales of 212 million yuan over three years [5] - The modular and standardized architecture of the equipment system allows for high replicability and adaptability across various high-end manufacturing sectors, including aerospace and rail transportation [5]