Core Insights - ABB and the Mechanical Industry Instrumentation and Metering Comprehensive Technology Economic Research Institute have established the Ethernet-APL+PROFINET Application Technology Joint Laboratory in Beijing, marking a significant collaboration in the field of smart industrial communication [1] - The joint laboratory aims to accelerate the standardization and large-scale application of Ethernet-APL technology in the Chinese market, facilitating industrial digital transformation and smart manufacturing [1][2] Group 1: Industry Transformation - ABB is committed to the intelligent transformation of the energy and chemical industries, promoting advanced technologies like Ethernet-APL to enhance efficiency and sustainability [2] - The company recognizes the rapid development in China's energy transition and petrochemical industry upgrades, supported by government policies and increased R&D investments [2] - ABB's collaboration with industry players has led to successful implementations, such as the BASF Zhanjiang integrated project, which utilizes Ethernet-APL technology to improve automation control, efficiency, and safety [2][4] Group 2: Successful Case Studies - In a coal chemical enterprise in Yunnan, ABB's Advanced Process Control (APC) solution has significantly improved yield, reduced energy consumption, and minimized production fluctuations, resulting in notable economic benefits [3] - ABB provided process control and energy management solutions for an energy station in the Guangdong-Hong Kong-Macao Greater Bay Area, optimizing energy dispatch strategies to enhance efficiency and reduce carbon emissions [3] Group 3: Technological Advantages - The Ethernet-APL technology, based on the IEEE 802.3 standard, offers five core advantages: real-time data processing, optimized energy management, intelligent device management, system architecture optimization, and excellent scalability and flexibility for process automation systems [4] - The technology supports the transition towards unmanned and green smart factories, providing a foundational framework for advanced automation and intelligent technologies [4] Group 4: Collaborative Ecosystem Development - The joint laboratory aims to drive industry progress through new technologies and participate in the formulation of national standards, offering technical testing, certification support, and training platforms for upstream and downstream enterprises [5] - ABB emphasizes the importance of building an ecosystem by leveraging industry collaboration and user engagement to enhance the overall development of the sector [5][6] - The BASF Zhanjiang project serves as a global benchmark for large-scale deployment of new technologies, encouraging more companies in the chemical industry to adopt innovative solutions [6]

煤矿行业由于高危生产环境对安全管理的严苛要求，为了实现全面感知、实时预警和高效管理，如今智 能化、集约化的视频监控体系得到广泛应用，同时《煤矿安全规程》也对视频监控系统作出了明确要 求。 目前，煤矿行业为了打造视频监控体系，通常会在各单位部署工控机或抓拍枪机，实时采集现场图片与 视频流。这些数据首先汇总传输至煤矿企业的总节点进行集中管理与分析，随后再统一上报至政府监管 平台，实现对生产安全、作业规范的可视化监管与信息化管理，大大提升了行业的数据透明度与监管效 率。 但是，在煤矿行业的实际应用中，视频监控体系在建设过程中常常面临一系列问题： ●由于煤矿行业通常位于偏远地区，各单位可能没有良好的网络条件，难以实现现场图片与视频流的实 时远程传输。 | 蒲公英物联卡 | 异地组网 | 云端统管 | | --- | --- | --- | | 高速上网,套餐多样化 | 视频监控、数据采集、 远程运维 | 远程管理,策略下发 | | 二层网络 | 主备网络 | 工业设计 | | PLC设备、摄像头轻松 | 网络异常智能切换 | 钣金外壳,工业接口 | | 发现 | 保障业务稳定在线 | | 贝锐蒲公英R300系列的诸多 ...

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