Core Viewpoint - The article highlights the unprecedented digital and intelligent transformation of global factories driven by Industry 4.0, with Schneider Electric emerging as a pioneer in this wave through its EcoStruxure Automation Expert platform [1] Group 1: Digital Transformation in Logistics - Schneider Electric's Beijing logistics center, which covers 18,000 square meters, has successfully implemented the EcoStruxure platform, achieving daily processing of over 20,000 boxes with 100% delivery accuracy [2] - The logistics center utilizes a three-layer architecture for comprehensive control, integrating PLCs and sensors at the bottom layer, edge computing in the middle, and WMS/WCS systems at the top [2] - The implementation of digital twin technology has led to an 8% increase in storage utilization and an 11% reduction in overall operational costs [2] Group 2: AI Integration and Efficiency - AI technology has significantly enhanced the efficiency of the logistics center, with AI-powered robotic arms accurately handling goods and dynamic adjustment of conveyor paths based on real-time orders [3] - AI algorithms, combined with EcoStruxure's digital twin software, optimize storage strategies, improving both storage utilization and operational efficiency [3] - Safety management has been improved through AI visual recognition technology, which detects human presence and halts machinery to ensure safety during maintenance [3] Group 3: Open Ecosystem and Industry Collaboration - Schneider Electric is actively building an open ecosystem to promote the widespread application of software-defined automation across the logistics industry, recognizing that collaboration is essential [7] - As a founding member of the Open Automation Organization, Schneider Electric has expanded its membership to over 100 organizations, with 10 based in China [7] - The IEC61499 standard facilitates code reuse across devices, breaking down traditional proprietary system silos and laying the groundwork for an open collaborative industrial ecosystem [7] Group 4: Future Directions and Innovations - The company plans to release a white paper on "5G + Edge Computing" at the upcoming 2025 Industrial Expo, summarizing its years of practice in the open automation field [7] - Control virtualization and data continuity are identified as two additional pillars of open automation, allowing for greater flexibility and integration of IT/OT systems [8]

在北京亦庄，一座由多层穿梭车立体库、全自动输送线和机械臂构成的现代化物流基地巍然矗立。踏入 这座高大宽敞的物流中心，映入眼帘的是一派忙而不乱、井然有序的景象。在"智慧大脑"的精准调度 下，一箱箱货物在高耸的货架间灵活穿梭，时而跃上高速运转的输送带，时而登上往来穿梭的无人搬运 车，以灵动而敏捷的节奏，演绎出工业脉搏的智慧律动。 这座规模宏大且运作繁忙的物流基地，正是施耐德电气在亚太地区的重要物流枢纽之一——施耐德电气 北京物流中心（以下简称"北京物流中心"）。如今，借助开放的、软件定义的自动化技术以及数字孪生 等前沿科技，这座经过全面升级的物流中心正逐渐成为智慧物流"新范式"的标杆典范。 主动升级应对多维需求和挑战 制造业物流的技术创新与升级，始终与制造端和销售端的需求变化紧密相连。在制造端，随着产品类别 日益细分和定制化需求的增加，原材料的物流供应链必须更加灵活和高效，以满足不断增长的精益化、 柔性化生产需求。而在销售端，客户对产品质量和交付周期的高要求，使得物流的效率、精准性和可追 溯性变得尤为重要。 不仅如此，随着"双碳"目标的持续推进，仓储物流环节也需要在能源管理等方面主动优化，通过节能降 耗减碳，实现 ...