Monitoring and Protection Laboratory of MV and HV Equipment

Supervisor: Dr. Farhad Haghjou
Department: Power
Current location: Jaber-ibn-Hayyan building, first floor, room number 140
Laboratory activities and tests that can be presented:
The research laboratory for monitoring and protection of MV and HV equipment was established in 2014 in the Faculty of Electrical Engineering located in Shahid Abbaspur Power and Water University of Technology (PWUT) and has practically trained many hardworking students and delivered them to the country's industrial society.
This research laboratory has increased its equipment and facilities year by year and has prepared the conditions for conducting industrial research based on laboratory tests and real conditions. Conducting tests on real equipment connected to the network and obtaining results in online conditions, while providing the appropriate technical and engineering perspective to the students of this laboratory, provides the possibility of logical analysis without unrealistic assumptions (which are sometimes applied in the simulation environment). For this reason, solutions and innovations presented in the form of published articles or various scientific conferences have been welcomed by international judges.
Providing these facilities in other colleges or universities can take a long time or be impossible due to the special economic conditions of the country, therefore, in order to expand studies and applied research, the university mission and improve the scientific and practical level of students and interested members. In this research area, scientific and laboratory collaborations with other faculties and universities are welcomed.
Engineering services that can be provided:
     1- Designing and manufacturing pneumatic and robotic systems
     2- Design and manufacturing of hydraulic systems
     3- Training and consulting regarding hydraulic and pneumatic systems

Laboratory/workshop facilities and equipment:
     1- Four-channel digital oscilloscopes with the ability to obtain digital data
     2- 24-channel synchronous and 16-channel asynchronous analog-to-digital (A/D) converters (data loggers)
     3- 20 MHz two-channel generator function
     4- Three-phase and single-phase autotransformers to provide balanced or unbalanced three-phase voltage
     5- Three-phase high-power variable ohmic loads
     6- 20/0.4 kV distribution transformers
     7- Four-pole synchronous machines 10 kVA
     8- Squirrel cage asynchronous machines, 4 poles, 2 to 4 kW
     9- a 2 kW winding rotor asynchronous machine
     10- Partial discharge measuring device
     11- High power drives