The laboratory is designed for studying the parameters and operation of power plants. The main function of the laboratory is to support the educational process of students. The laboratory also serves the needs of applied research.
Subjects and learning outcomes:
- Bachelor's degree: Subject: Power Plant Operation (Basic knowledge and skills in the field of connecting a generator to the grid using the precise synchronization method).
- Bachelor's degree: Subject: Electrical Installations and Stations (Basic knowledge and skills in the field of controlling switching elements in electrical stations, implementation of blocking conditions during switching).
- – Design of LV, HV, VHV, and EHV distribution equipment.
- Doctoral studies: Subject Theoretical Electrical Power Engineering: acquisition of in-depth theoretical knowledge, using the latest research findings and trends in the development of electrical power engineering. – Modeling of elements in the power system. Acquisition of new methods of power system analysis. Ability to solve wave processes on lines, model and analyze electromagnetic fields, solve surface phenomena in power transmission, and investigate electromagnetic transient phenomena.
- Doctoral studies: Subject Scientific activity 1-5: Ability to independently conceive, construct, implement, and modify a substantial part of research with scientific integrity and contribute to the expansion of the boundaries of scientific knowledge through the implementation of an extensive set of works, some of which are worthy of peer-reviewed publication. Achieving original scientific results that are acceptable at the international level. Based on the implementation of scientific research, the graduate is considered an expert in their field.
- Doctoral study: Subject: Analysis of the power system: Expansion of theoretical knowledge acquired in the second stage of study with the latest research results and development trends in the field of power system management and operation using elements of artificial intelligence. Ability to apply information and control systems in solving the stability of the power system and direct current transmission of electrical energy. Acquisition of advanced knowledge of degradation processes in power system equipment and the specifics of TVN in DC HVDC lines. Ability to solve technical problems in the operation of power systems within the UCTE and problems of rationalising electricity consumption. Knowledge of the principles and ability to work in a liberalized electricity market.
- Doctoral studies: Subject Dissertation project: Acquiring scientific working methods. Deepening knowledge in the field of the dissertation topic. Achieving original scientific results acceptable at the international level through intensive research. The doctoral student is able to demonstrate the ability to work creatively, both independently and in a team, in solving scientific research tasks or projects by presenting the results in the form of scientific publications, in journals and at conferences, by participating in research teams working on grant projects, etc. They are able to formulate the objectives of their dissertation and the methods that will lead to the achievement of these objectives. They are able to design and apply scientific solution procedures. They are able to present the procedures and results of their scientific work.
The laboratory provides students with the opportunity to simulate various operating conditions on a power plant model, such as generator phasing to the grid, speed control, excitation control, and others. The model provides a realistic overview of electrical quantities in the power system. The physical model allows students to verify their theoretical knowledge and gain experience close to real conditions in the grid.
The power plant model can be controlled manually or remotely from a PC using the SCADA system. The model consists of a motor-driven generator with voltage, current, frequency, and power output measurements. The panel includes synchronisation for phasing to the grid. The model also consists of a substation with a single busbar system. The model allows for the connection and disconnection of various types of loads as well as the regulation of generator excitation.
The laboratory is also equipped with a functional 22kV cabinet switchgear with a disconnector, power switch, and ABB REF 543 protection. The switchgear elements can be controlled manually from the switchgear panel or via the protection interface.
