Main Subject Categories
Theoretical Electrical Engineering and Electrophysics
The theory of electrical circuits and electromagnetic fields Analytical and numerical-analytical methods of calculation of linear and non-linear electrical circuits and electromagnetic field in different environments Mathematical modelling of electromagnetic continuous and pulsed acceleration processes Analysis and synthesis of electrical and magnetic circuits, electromagnetic fields Electrophysical processes and phenomena, their influence on technical objects and environment
Conversion of Electric Energy Parameters
Main types of functional conversions of electric energy parameters Methods of electric signal modulation Circuit and algorithmic solutions of rectifiers, transistor and thyristor inverters, frequency converters, reactive power compensators. Pulse converters and DC regulators, methods and techniques for AC voltage control Energy supply systems of electrotechnical complexes Power electronics, diagnostic and control systems of converters Modelling, calculation and development of converters of electric energy parameters Electromagnetic compatibility of converters with the consumer and supply network
Electromechanical Energy Conversion
Physical processes and phenomena in electrical machines Modelling, research, optimization of electrical machines and electromechanical energy converters Development, designing of asynchronous, synchronous electrical machines and DC electrical machines Turbo- and hydrogenerators – operation conditions, reliability and operation efficiency Special electrical machines and systems – linear Transformers and autotransformers Adjustable electrical drive and control systems Stand-alone power supply systems of stationary and moving objects Monitoring of operation condition of electromechanical equipment
Electric Power Systems and Installation Complexes
Electrotechnical and electric energy equipment Devices and systems of operating parameters control, flexible system, protection and automation systems Operating conditions of power systems, electrical networks and power supply systems Power systems control Modelling of electric energy objects and systems Diagnosis of electrotechnical and electric energy equipment, protection and automation systems Decision support systems and training systems of operating personnel Electric energy quality, electromagnetic compatibility
Information Measuring Systems in Electric Power Engineering
Information technologies, information measuring devices and systems, information-and-control systems Methods, equipment and measuring systems of electrical and magnetic values, energy accounting. Problems of metrology and measurement assurance of electrically and magnetically measuring instruments, energy accounting devices. Automated metrological installations for control of measuring devices of electric energy parameters Sensitivity, accuracy, noise resistance of measuring devices and systems Modelling of processes in measuring systems Algorithms and circuitry of measuring signals processing, measuring converters and measuring data processing Impedancemetry Multiphase calibrators of alternating currents and voltages, value standards in electric power engineering
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