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and nanoelectronics”. Study the description of profiles in these fields of
study.
Electrical Power Systems and Networks
A modern electric power system is a powerful electric power plants that
generate electricity; ultra-high voltage transmission lines; high-voltage power
grids and substations that transmit, distribute and convert electricity; developed
network of automatic dispatcher control; complex high-voltage equipment,
automation and telemechanics, ensuring the reliability of power supply systems
functioning for the national economy.
Main concepts:
- high voltage electric power transmission, distribution and consumption
systems
- dispatch control of electric power systems of different hierarchical
levels
Power supply and relay protection.
Electricity supply is a set of measures to provide electricity to consumers
of various purposes.
Relay protection is a set of automatic devices designed to continuously
monitor the state of all elements of the electric power system, identify and
separate damaged elements from it in emergency situations in order to ensure
the normal operation of the entire system.
Main concepts:
- power supply
- design and operation of electrical facilities of industrial enterprises of
transport systems, thermal, hydro-and nuclear power plants, power lines,
residential and administrative buildings
Electric drive and automation
An electric drive is an electromechanical system designed to drive the
actuators of working machines (robots, assembly lines, machines, pumps,
compressors, fans, etc.) and control this movement in order to carry out the
technological process. The electric drive is the main consumer of electricity (up
to 60% of production) and the main source of mechanical energy in industry.
Modern electric drives operate under the control of high-performance
microprocessor systems.
Main concepts:
design, adjustment and operation of adjustable electric drives of machines
and robots, pumps and compressors, lifting mechanisms, production
mechanisms and complexes, rolling machines, etc.
