A Physical Model of Power Electronic Devices Based on Static Voltage Transducers

A Physical Model of Power Electronic Devices Based on Static Voltage Transducers

A physical model of a thyristor ac voltage regulator with microcontroller control operating under an active-inductive load is considered. To increase the level of energy efficiency of existing electric power systems, the arrangement of the control of voltage level of supplied centers both above and...

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Bibliographic Details
Published in:Russian electrical engineering Vol. 89; no. 6; pp. 381 - 384
Main Authors: Burkovskii, V. L., Danilov, A. D., Litvinenko, A. M., Krysanov, V. N., Rutskov, A. L.
Format: Journal Article
Language:English
Published: Moscow Pleiades Publishing 01-06-2018
Springer Nature B.V
Subjects:
Active control
Computer simulation
Electric power systems
Electronic devices
Energy consumption
Energy management
Engineering
Machines
Manufacturing
Microcontrollers
Power efficiency
Power management
Processes
Thyristors
Transducers
Voltage regulators
physical modeling
MCU control
thyristor voltage regulator
energy efficiency
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Summary:A physical model of a thyristor ac voltage regulator with microcontroller control operating under an active-inductive load is considered. To increase the level of energy efficiency of existing electric power systems, the arrangement of the control of voltage level of supplied centers both above and below the rated value is an important condition. In existing structures, the transformation ratio generally is a constant, which does not make it possible to take into account the real irregularities of electric energy consumption. Using a transformer in a thyristor voltage regulator makes it possible to solve this problem. It shows that it may be possible to enter a preliminary stage of physical modeling of the considered process by means of creation of a program–technical complex making it possible to simulate the process of transportation of electrical energy from supply centers to consumers.
ISSN:1068-3712
1934-8010
DOI:10.3103/S1068371218060044