The topic of new infrastructure continues to grow in popularity. After local governments have introduced encouraging policies and plans, the upper, middle and lower reaches of the industry are all ready to do a big job.

As a new type of infrastructure defined by the national development and Reform Commission, the data center industry, as the representative of computing power infrastructure, has received continuous good news recently. Sensing the opportunities brought by the new infrastructure, cloud computing manufacturers have successively announced to increase their investment in the construction of data centers. A new round of industrial explosion is near.

During the “epidemic” period, the market demand for “contactless work” such as unmanned distribution and inspection has increased greatly, and robots have been widely used in various places. For the robot industry, this is an opportunity to “turn crisis into business opportunity”. At the same time, the heavy launch of the national “new infrastructure” policy also points out the direction for the development of the robot industry.

The construction of the national “new infrastructure” has greatly promoted the development of the robot industry, especially the construction and development of the upstream and downstream industries of the “5g” industrial chain, which will affect the robot architecture and application technology from the bottom, further improve the stability, reliability and sensitivity of robot products, and enhance the sense of robot experience of Tob and TOC end users.

The popularization of 5g technology makes the remote operation of robot possible. Remote control operation is the development trend of robot industry in the future, but remote control has higher requirements for network delay and bandwidth. 5g technology has the characteristics of high speed, low delay, and can access equipment on a large scale, which provides a high-quality network environment for the realization of robot remote control.

With the development of new infrastructure and the popularization of 5g technology, the unmanned inspection robot business is becoming more and more popular. Unattended intelligent monitoring inspection is an indisputable development trend. In addition to video monitoring, automatic inspection is also an important part of smart grid construction. From the development of intelligent transportation and inspection of State Grid, the wide application of robot inspection system is an indisputable development trend.

A large amount of data will be generated in the process of robot work. 5g technology is also helpful for robot to quickly transmit, process and analyze data. 5g technology can make robots more responsive, and the cooperation ability between robots will be enhanced. “Cooperation” refers to the cooperation of multiple robots, which is the basis of customized and flexible robot production line. Cooperation is inseparable from real-time control, and the realization of real-time control is inseparable from 5g communication technology. 5g can make robots more responsive and enhance the cooperation ability between robots.

At present, domestic robots need to increase the research and development of common key technologies in robot industry, such as Internet platform operating system, intelligent material operation actuator, multi machine and cooperation between robots and people. Pay attention to interdisciplinary basic innovation, including open OS and special AI chip, artificial muscle and skin, robot cognitive and emotional interaction, etc. Develop flexible customized intelligent workshop demonstration project, flexible unmanned production line based on new energy vehicles, 3C display and electronics, agricultural and sideline food materials, medicine and beauty and other customer orders, and promote the integration and application of industrial Internet of things, AGV, 3D printing, high-end CNC machine tools and other technologies. To explore and create new robot service modes, increase the attention to social service robots and home service robots, explore new robot use modes such as leasing and sharing, and focus on the development of service robot application fields such as cleaning, logistics distribution, reception, new retail and pension.

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