Preparing for 5G in manufacturing.

Rittal is one of the first industrial players to receive a 5G frequency allocation. Before the end of the year, a private 5G mobile communications network will be installed in the new Haiger (D) plant. The first pilot projects, for example in production monitoring and analysis, have already been defined.

"We are ready for the off. We can take the next steps as soon as the manufacturers of 5G technology make the appropriate devices available. We expect that the installation of the technology for the first test runs will be completed by the end of 2020,"  says Andreas Huck, Rittal’s Managing Director for Controlling, Accounting, HR and IT.

Rittal wants to install and commission the 5G mobile communications network in Haiger as quickly as possible in a real manufacturing environment. The new wireless technology is aimed at greatly accelerating and simplifying data traffic – for example, in a video-based comparison of quantities with stored order data and in the step-by-step implementation of analytics for preventive maintenance.

“The powerful 5G mobile communications technology lets us exploit the potential and advantages of digitising our manufacturing processes even more. We want to take this to the next level in order to increase the flexibility and efficiency of our manufacturing process", says Carsten Röttchen, Managing Director International Production at Rittal.

With the new 5G mobile communications standard, data can be processed at a rate of 10 gigabits per second. That is 100 times faster than with the present LTE standard. 5G is regarded as the technology of the future, which will mean that industrial manufacturing processes can be networked and controlled even better, while the potential of Industry 4.0 can be fully exploited. “We expect that the high bandwidths, low latency times, real-time capability, improved availability and high levels of reliability will ensure further streamlining of the manufacturing processes in our plant, because we will be able to integrate 5G technology into manufacturing-critical and control-relevant tasks following the first test runs.”

In the future, it will be possible to collect data that is generated and which is needed at sensors, components, machinery or robots faster than ever before in an edge or cloud data centre, and to then have it analysed and evaluated by means of artificial intelligence (AI). The necessary IT requirements have already been met at the new Haiger plant. For example, ONCITE is in operation. This is a highly available, AI (artificial intelligence)-based edge-cloud data centre for the rapid processing and analysis of industrial data in real time. This unique solution, which recently won the “Innovation Champions Award”, has now been launched on the market. “We will offer 5G technology to other customers as an ONCITE product component as soon as the tests in Haiger have been successfully completed,” says Dr. Ritz, Managing Director of German Edge Cloud, a member of the Friedhelm Loh Group.

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