DESIGN AND CONSTRUCTION OF A PANEL FOR POWER SUPPLY AND CONTROL OF HIGH-VOLTAGE TEST EQUIPMENT

Irena Bozhichkova; Georgi Dimitrov

Scientific paper ID 2537 : 2024/3

DESIGN AND CONSTRUCTION OF A PANEL FOR POWER SUPPLY AND CONTROL OF HIGH-VOLTAGE TEST EQUIPMENT

Irena Bozhichkova, Georgi Dimitrov

Every specialty in higher schools, preparing electrical engineers for the power industry, must study the subject ”High voltage technology”. A well-equipped laboratory for high-voltage tests, such as built at ”Todor Kableshkov” University of Transport, is necessary for the quality education of students. The aim is, by carrying out practical research, for the trainees to become familiar with the qualities and characteristics of various electrical insulation materials and with the processes that take place in high-voltage apparatus and equipment during their working and emergency modes. In order to ensure the safe conduct of practical classes in the laboratory, it is necessary to build a panel for remote control the test equipment.

The report presents the process of designing and building a control panel for power supply and control of the equipment in the test field of the high voltage laboratory. Attention has been paid to some specific ments to ensure safety when conducting the tests. The algorithm for controlling the operation of the high-voltage equipment was considered, on the basis of which the electrical schemes for power supply and control were developed and the control panel was made.

• Reload article • Open/Download as PDF

Техника на високите напрежения Учебна лаборатория Високоволтови изпитвателни уредбиУправление на високоволтови изпитвателни уредби.High voltage technology Teaching laboratory High voltage test equipment Power supply and control of high-voltage testIrena Bozhichkova Georgi Dimitrov

BIBLIOGRAPHY

[1] Grozdeva M. Elektrotehnicheski materiali, Novi znaniya, 2004 g. ISBN 954-9315-21-5
( [1] Гроздева М. Електротехнически материали, Нови знания, 2004 г. ISBN 954-9315-21-5 )

[2] Dyustabanov G., A. Todorova. Rakovodstvo za laboratorni uprazhneniya po elektro-tehnicheski materiali. Izdatelstvo na TU - Sofiya, Sofiya 1996 g.
( [2] Дюстабанов Г., А. Тодорова. Ръководство за лабораторни упражнения по електро-технически материали. Издателство на ТУ - София, София 1996 г. )

[3] Ivanov I., P. Petrov, G. Velev, N. Vitkov. Tehnicheska bezopasnost. IK „KING”, 2011 g. ISBN 978-954-9518-66-5
( [3] Иванов И., П. Петров, Г. Велев, Н. Витков. Техническа безопасност. ИК „КИНГ”, 2011 г. ISBN 978-954-9518-66-5 )

[4] Pravilnik za bezopasnost i zdrave pri rabota v elektricheski uredbi na elektricheski i toplofikatsionni tsentrali i po elektricheski mrezhi, Ministerstvoto na energetikata i energiynite resursi. Obn. DV. br. 34 ot 27.10.2004 g.
( [4] Правилник за безопасност и здраве при работа в електрически уредби на електрически и топлофикационни централи и по електрически мрежи, Министерството на енергетиката и енергийните ресурси. Обн. ДВ. бр. 34 от 27.10.2004 г. )

[5] Rashkov A., I. Zlatenov. Proektirane na elektricheski uredbi i elektroobzavezh-dane na proizvodstveni mehanizmi. izd. Matkom, 1999 g. ISBN: 954-9930-04-1
( [5] Рашков А., И. Златенов. Проектиране на електрически уредби и електрообзавеж-дане на производствени механизми. изд. Матком, 1999 г. ISBN: 954-9930-04-1 )

[6] Kaminskiy E. A. Prakticheskie priemy chteniya shem elektroustanovok. Moskva, Energoatomizdat 1988 g. ISBN: 5-283-01074-0
( [6] Каминский Е. А. Практические приёмы чтения схем электроустановок. Москва, Энергоатомиздат 1988 г. ISBN: 5-283-01074-0 )