Schneider Huawei releases 5G industrial control application scenarios white paper

As the commercial deployment of 5G has greatly changed people's lives, in the field of production, how to implement 5G technology and empower industrial enterprises has become a topic of widespread concern in the industrial field
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At the "Zhiwu·AIoT Industry Leaders Summit" held recently, Schneider Electric and Huawei Technologies Co.

According to reports, Schneider Electric has a wealth of practice and deep accumulation in promoting the digital transformation of industrial enterprises, and has jointly promoted the implementation of green smart manufacturing from four levels of top-level planning, business transformation, platform construction and device interconnection, so as to help enterprises achieve the next generation.

In "5G and 5G Evolution: Industrial Control Application Scenarios White Paper", through scenario analysis, "10 typical" scenarios for 5G application in the industrial control field are selected, covering industrial intelligent manufacturing, crane manufacturing, municipal water affairs, warehousing and logistics And many other fields
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Based on the trends in the industrial control field, these 10 scenarios are divided into five categories: flexible production in the discrete manufacturing industry, less humanized and unmanned control of lifting and transportation, wireless motion control scenarios, OT and IT network integration, and wide area The wireless Internet of Things of industrial control systems provides an interpretation of the industry trends, typical application scenarios, technical requirements and challenges of each application scenario, and the driving force of applying 5G

Flexible production in the discrete manufacturing industry: The requirements for operators in the process of recombination of flexible production lines should be minimized.
Compared with wired networking, the multi-station connection of flexible production lines supported by wireless has higher flexibility and can be done.
Complete flexibility in connection to the network
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With the support of 5G technology, it can provide higher reliability, more terminal connection capabilities and lower latency than Wi-Fi networks, so as to better carry the control signaling communication of the OT network and support more production line equipment Directly based on 5G access network

Less humanized and unmanned control of lifting and transportation: Wi-Fi network as a mature technology has been put into use in many unmanned driving projects
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In the future, as a technical solution that can replace Wi-Fi, 5G has controllable interference coordination capabilities, making it easier to achieve standardization of unmanned driving system solutions and rapid deployment on site

　　Wirelessization of motion control scenarios: Motion control has always been one of the key target application scenarios of 5G, and it is also a 5G low-latency and high-reliability demand-driven scenario
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With the development of 5G and 5G evolution technology, 5G will gradually provide commercial capabilities with a delay of 4ms or even 1ms.

　　Convergence of OT and IT networks: Convergence of OT and IT networks is a definite trend in the field of industrial control
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In the production information system, data collection is a basic functional module

　　Wireless IoT for wide-area industrial control systems: Wide-area coverage has always been an advantageous area of ​​wireless communication.
Compared with 3G/4G, 5G has further improved the capabilities of virtual private networks and large uplinks, which can better support wide-area industrial control.
The system's IoT terminal
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　　"With the "5G and 5G Evolution: Industrial Control Application Scenarios White Paper", it provides an opportunity for the in-depth integration of 5G technology and industry.
Schneider Electric will rely on the practice and experience of green intelligent manufacturing to empower industry and customers with 5G, and help China's industry The digital transformation and upgrading is further accelerated
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” said Liu Yu, general manager of Schneider Electric’s corporate cooperation and digital ecology