MWPlasma
“Microwave semiconductor driven plasma sources of high power ranges for plasma generation”
Funding code: 02P18K551
Project sponsor: Karlsruhe Production, Services and Work Karlsruhe Institute of Technology (KIT)
Program: SME Innovative of the Federal Ministry of Education and Research
Duration: 01.05.2019 – 31.01.2022
Funding RF Frontend: 383,981.05€
Summary
The asynchronous three-phase motor is by far the most widely built and used electric motor in the world. Approximately 65 to 70 percent of annual electric motor production is asynchronous three-phase motors. Motors are built up to a power class of 2 MW. Due to their inherent robustness, these motors form the backbone of the motorization of industrial plants. High availability of drive power is essential for the productivity of many plants. Such motors are often used in conjunction with frequency converters for speed regulation and precise control.
However, in practical use of these motors, e.g. as hoist motors for cranes in ports, various problems arise which affect both the availability of the motors and warranty aspects on the part of the manufacturer: shaft bearing wear, burnout, incorrect operation of speed and torque and electrical supply during voltage peaks.
A smart engine can detect and report impending problems. In this project, the engine was equipped with integrated sensors for most relevant parameters. These can be queried remotely via a network infrastructure, and various services can be developed based on them. The technology can also be used in other applications.
If you are interested in intelligent asynchronous motors, please contact Wölfer at https://www.woelfer-motors.com/de/kontakt or to the company RF Frontend regarding three-phase measurement technology.
