SUSU Power Engineering Faculty Labs

  • Thermal processes simulation laboratory. “Ribbed Pipe Heat Exchanger” Stand. Calculation of the heat transfer coefficient.
  • Thermal processes simulation laboratory. Stand “Fluid flow modes”. Analysis of a fluid flow mode in a channel.
  • Thermal processes simulation laboratory. “Ribbed Pipe Heat Exchanger” Stand. Flow rate control.
  • Laboratory of Theoretical Foundations of Heat Engineering. Calculation of Air Heat Capacity Stand. Thermal Circuit Study.
  • Lab practice on foundations of heat engineering.
  • Laboratory of Theoretical Foundations of Heat Engineering. Calculation of Air Heat Capacity Stand. The change of the resistance by the rheostat.
  • Laboratory of Heat Engines and Superchargers. “Automated natural gas boiler” Stand. Study of operating modes.
  • Laboratory of Heat Engines and Superchargers. “Automated natural gas boiler” Stand. Water flow rate control.
  • Laboratory of Heat Engines and Superchargers. “Grundfos pump station” Stand. Detecting pump cavitation. Refrigeration and cryogenic equipment.
  • Laboratory of Heat Engines and Superchargers. “Grundfos pump station” Stand. Study of parallel operation of a group of pumps.
  • Laboratory of refrigeration and cryogenic equipment. Vaillant heat pump system. Study of operating modes.
  • Laboratory of refrigeration and cryogenic equipment. Vaillant heat pump system. Study of water heating.
  • Laboratory of heat networks. Hydraulic stand for testing shut-off and control valves. Research on control valve drives for heat networks.
  • Laboratory of heat networks. Hydraulic stand for testing shut-off and control valves.
  • Laboratory of heat networks. Hydraulic stand for testing shut-off and control valves. Hydraulic testing of control valves.
  • Laboratory of heat networks. Hydraulic stand for testing shut-off and control valves. Study of the design and principles of operation of the ball valves.
  • Microcontrollers and Automation Lab. Stand “Components of automated control systems”. Introduction to Profinet.
  • Microcontrollers and Automation Lab. Stand “Control Systems Foundations”. Class: “Introduction to Control Systems Engineering”
  • Microcontrollers and Automation Lab. Stand “AS-Interface industrial networking protocol”
  • Microcontrollers and Automation Lab. Stand “Components of automated control systems”.
  • Automated Electric Drive Lab. Stand “DC electric Drive based on Mentor 2 converters”. Circuit development for the research of DC electric drive systems
  • Automated Electric Drive Lab. “Asynchronous electric drive based on Unidrive SP converters” Stand. Study of static characteristics of asynchronous electric drive.
  • Automated Electric Drive Lab. Stand “Smart Electric Drive: iIoT (industrial Internet of Things) and augmented reality”. Calculation of transient processes of synchronous electric drive
  • “Industrial electronics – Digital version” Lab. “Conversion equipment” Stand. SVM technique for two-phase frequency converter. SVM – Space-Vector-Modulation
  • Supercomputer Simulation Lab. Lab tour for prospective power engineering students
  • Center of IT-technologies and digital control systems for industries. ANSYS Maxwell: calculation of electromagnetic field of motors