METHODS OF REDUCING THE NETWORK IMPACT OF TRANSIENT PROCESSES WHEN COMMISSIONING LARGE POWER EQUIPMENT
Abstract
Today, much attention is paid to energy saving, and at the same time, great attention is paid to quality indicators and losses of electricity in energy supply. One of the problems that are difficult to solve in electromechanical systems is the effect of transient processes that occur in electrical equipment, as a result of which the efficiency of network electrical systems decreases and various types of accidents occur. Various measures are used to solve these problems, but these methods are not effective in all cases. Therefore, when choosing a method of reducing the effect of transient processes, it is necessary to pay attention to a number of aspects of the electric conductor used. We will analyze what method is effective for using high-power equipment in terms of torque and power required during startup, and taking into account the impact on the network during startup wattage.
References
1. Z.G. Nazirova “O‘tkinchi jarayonlar” “Sano-standart”nashriyoti Toshkent 2017
2. Transformatorlar va rektorlarning standartlari.
3. Salimov J.S. Pirmatov N.U “Elektr mashinalari” Toshkent 2011
4. M.Katsman “Elektr mashinalari va transfarmatorlar” Toshkent 1976
5. Khatamova D.N., Yuldashev E.U. Improvement of cooling system of mine reciprocating compressor units // International Journal on Integrated Education. - American Journal Of Applied Science And Technology, 2023.– Vol 3, No 8. – Pp. 14-22. ISSN – 2771-2745 (SJIF 2024: 7.063).
6. Khatamova D.N., Yuldashev E.U. Temperature of the compressor suction air and its influence on the efficient operation of the compressor unit // International Journal on Integrated Education. - American Journal Of Applied Science And Technology, 2023.– Vol 3, No 8. – Pp. 9-14. ISSN – 2771-2745 (SJIF 2024: 7.063).
7. Yuldashev E.U., Pardayeva Sh.S., Xatamova D.N. Porshenli kompressorlarga so‘riluvchi havoni samarali sovutishning texnik yechimlarini ishlab chiqish // Fan va texnologiyalar taraqqiyoti. –Buxoro, 2024. –№1. -45-51-b. (05.00.00; №24).
8. Хатамова Д.Н., Юлдашев Э.У. Исследование влияния температуры всасываемого воздуха на эффективность поршневого компрессора// Miasto Przyszłości. –2024 Vol 45. – Pp. 317-320. ISSN –L: 2544-980X (SJIF 2024: 9.2).
9. Khatamova D.N., Yuldashev E.U. Mathematical modelling of deposit formation processes on heat-exchange surfaces of piston compressor air coolers// Universum: технические науки. – Москва, 2024. – №2 (119). – С. 43-46 (02.00.00; №1).
10. Khatamova D.N., Yuldashev E.U. Study of factors affecting the efficiency of reciprocating compressors// Universum: технические науки. – Москва, 2024. – №2 (119). – С. 47-53 (02.00.00; №1).
11. Yuldashev E.U. Kompressor uskunalarining ikkilamchi energiya resurslarini foydali utilizatsiya qilish usullarining tahlili // «Fan va texnika taraqqiyotida intellektual yoshlarning o‘rni » mavzusidagi Respublika ilmiy-amaliy anjumani ma’ruzalar to‘plami. – Toshkent, 2023. – 230-231 b.
12. Xatamova D.N., Yuldashev E.U. Porshenli kompressorlarning ishlashida energiya sarfi «Mineral xomashyolar va texnogen chiqindilarni samarali qayta ishlashning muammolari, istiqbollari va innovatsion yondashuvlar» mavzusidagi Respublika ilmiy-amaliy anjumani to‘plami. – Olmaliq, 2023. – 201-203 b.
