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A NEW DC POWER SUPPLY SYSTEM FOR ROBOTIC MANUFACTURING INDUSTRY HAS BEEN DEVELOPED AND DEMONSTRATED

A NEW DC POWER SUPPLY SYSTEM FOR ROBOTIC MANUFACTURING INDUSTRY HAS BEEN DEVELOPED AND DEMONSTRATED
Leonīds Ribickis, Dr. habil. sc. ing., Professor, Rector of Rīga Technical University, Full Member of the Latvian Academy of Sciences
Oskars Krievs, Dr. sc. ing., Professor, Dean of the Faculty of Electrical and Environmental Engineering
Ansis Avotiņš, Mg. sc. ing., Institute of Industrial Electronics and Electrical Engineering
Armands Šenfelds, Mg. sc. ing., Rīga Technical University

In: Latvian Academy of Sciences Yearbook 2021, 2021, pp. 84-87.

“The main advantage, however, of integrating industrial robots in a common DC supply system is the possibility to recuperate the braking energy, which leads to considerable energy savings. The level of savings depends on the robot count within a production cell, as well as on the robot motion patterns and tasks. Measurements acquired in the demonstration production cell of Daimler, showed that while carrying out real-life production tasks the novel DC-grid production cell could save up to 13.2% [5] compared to the traditional AC-grid supplied system. These impressive results surely played a significant role in encouraging Daimler AG to initiate the expensive and ambitious project entitled “Factory 56”.”

Read the whole article here (pdf).

 

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