In this article, the introduction of intelligent control of the state of parameters in digital power grids. When new realities arise in our lives, the first thing we do is agree on names and terminology. It is impossible to have a discussion if its participants understand different processes under the same names or the same subjects of discussion have different conceptual names. This is especially true for new areas of activity that have arisen in the process of developing well-established practices with generally accepted terminology. It is the novelty of such a direction of development of society as digitalization that causes the blurring of the boundaries between the terms "Automation" and "Digitalization". With all the increased interest in the digital transformation of the electric power industry, the main attention should be paid to the introduction of new progressive technologies in energy production and the improvement of electric and thermal energy markets. Currently, the electricity (capacity) market is mainly used to collect financial resources from industrial consumers, replacing budgetary funds. The electricity tariff of the wholesale market is at least half formed by non-market methods. Everything else is non–market fees. The transition to digital energy without modernizing and improving markets is a risk of subsequent alterations with expensive costs
In this article, the introduction of intelligent control of the state of parameters in digital power grids. When new realities arise in our lives, the first thing we do is agree on names and terminology. It is impossible to have a discussion if its participants understand different processes under the same names or the same subjects of discussion have different conceptual names. This is especially true for new areas of activity that have arisen in the process of developing well-established practices with generally accepted terminology. It is the novelty of such a direction of development of society as digitalization that causes the blurring of the boundaries between the terms "Automation" and "Digitalization". With all the increased interest in the digital transformation of the electric power industry, the main attention should be paid to the introduction of new progressive technologies in energy production and the improvement of electric and thermal energy markets. Currently, the electricity (capacity) market is mainly used to collect financial resources from industrial consumers, replacing budgetary funds. The electricity tariff of the wholesale market is at least half formed by non-market methods. Everything else is non–market fees. The transition to digital energy without modernizing and improving markets is a risk of subsequent alterations with expensive costs
| № | Муаллифнинг исми | Лавозими | Ташкилот номи |
|---|---|---|---|
| 1 | Bakhadirov I.I. | PhD | National Research University" "Moscow Energy Institute in the city of Tashkent |
| 2 | Musajanova D.A. | Senior Lecturer | National Research University" "Moscow Energy Institute in the city of Tashkent |
| 3 | Ostonova .B. | Assistant | National Research University" "Moscow Energy Institute in the city of Tashkent |
| 4 | Musajanova N.A. | Assistant | Tashkent University of Information Technologies named after Muhammad al Khorezmi |
| № | Ҳавола номи |
|---|---|
| 1 | 1.The President of the Republic of Uzbekistan No. PP-4249 "On the strategy for further development and reform of the electric power industry of the Republic of Uzbekistan" dated March 27, 2019.2.Yu. N. Rudenko et al.; edited by Yu. N. Rudenko, V. A. Semenova (2000) Automation of dispatching control in the electric power industry /; Moscow Power Engineering Institute. –Moscow. 648 pages .3.Y. N. Rudenko et al. (2005) The concept of diagnostics of electrical equipment of substations and power transmission lines of electric networks of JSC FGC UES. 112 p.4.V. G. Gerasimov, A.V. Dyakova et al. (2002) under the general editorship of V. G. Gerasimov Production, transmission and distribution of electric energy: An electrotechnical handbook. In 4 volumes /; Moscow Power Engineering Institute. –Moscow. 963 p.5.Chichev, S. I., Kalinin V. F., Glinkin E. I. Information and measurement system of the control center of electric networks. –Moscow: Mashinostroenie, 2009. –176 p. 6.Chichev, S. I., Kalinin V. F., Glinkin E. I. Control and management system of electrical equipment of substations. –Moscow: Publishing house "Spectrum", 2011. –141 p.7.Chichev, S. I., Kalinin V. F., Glinkin E. I. Information and measurement system of an electric grid company. –Moscow: Publishing House "Spectrum", 2011. –156s.8.Chichev, S. I., Kalinin V. F., Glinkin E. I. Corporate integrated control system for the distribution grid complex. –Moscow: Publishing house "Spectrum", 2012. –228 p.9.Chichev, S. I., Kalinin V. F., Glinkin E. I. Infocommunication networks of the main power grids of the Center. –Moscow: Publishing house "Spectrum", 2013. –200 p. 10.http://www.ni.com/ru-ru/shop/electronictestinstrumentation/application-software-for-electronic-test-and-instrumentation-category/whatismultisim.11.http://bwrcs.eecs.berkeley.edu/Classes/IcBook/SPICE.12.https://www.eremex.ru13.http://www.spectrum-soft.com/index.shtm 14.http://https://www.analog.com/en/designcenter/design-tools-and-calculators/ltspice-simulator.html15.http://www.ti.com/tool/tina-ti 16.https://www.autodesk.ru/products/autocad/included-toolsets/autocad-electrical 17.http://qucs.sourceforge.18.http://www.cadence.com/products/orcad/index.aspx 19.Loskutov A., Loskutov A., Zyrin D., Vukolov V. (2016) Analysis of different topological structures of electric power distribution for the cities and elaboration of method of reducing value of the short-circuit current based on algorithm of dividing network // 2016 2nd International Conference on Industrial Engineering, Applications and Manufacturing. 2016. –P. 7911465.20.Loskutov A (2016). Development and research of a flexible intelligent electrical network of medium voltage, based on a hexagonal structure / / Loskutov A., Loskutov A., Zyrin D. // International Journal of Applied Engineering Research, Vol. 11, Issue 11. 2016. –P. 7395-7401.21.Meshcheryakov I. I. (2019) Types of electrical network configurations: http://electricalschool.info/main/elsnabg/642-tipy-konfiguracii.html22.Rogulina L. G., Levin D.N. (2008) Structural and topological synthesis of electric networks // Telecommunication. No.8. 2008. –pp. 30-33.23.Dimitris Bertsimas, Eugene Litvinov, Xu Andy Sun, Jinye Zhao, Tongxin Zheng (2013). Adaptive Robust Optimization for the Security Constrained Unit Commitment Problem. //IEEE Transactions on Power Systems. Volume 28.Issue: P.52-63.24.Korsunov P. Yu., Morzhin Yu. I., Popov S. G. (2011) Development Of The Concept Of "Digital Substation". Agreement no. And-11-41/10 / JSC "NTCE". –Moscow. 248 p .25.Swami M. Thulasiraman K. Graphs, (1984) Networks and algorithms. Moscow: Mir. 454 P. |