IMPROVING THE EFFICIENCY OF TRANSMISSION SYSTEMS OF ELECTRICENERGYUSING DIRECT CURRENT HIGH VOLTAGE
( Pp. 59-64)
More about authors
Ilchenko Yakov Andreevich
kand. tehn. nauk, docent kafedry elektricheskih mashin i elektroprivoda
Kuban State Agrarian University. Krasnodar. Russia Buzulukin Alexander Vasilevich student kafedry elektricheskih mashin i elektroprivoda
Kuban State Agrarian University. Krasnodar. Russia Met Shamil Askerovich student kafedry elektricheskih mashin i elektroprivoda
Kuban State Agrarian University. Krasnodar. Russia
Kuban State Agrarian University. Krasnodar. Russia Buzulukin Alexander Vasilevich student kafedry elektricheskih mashin i elektroprivoda
Kuban State Agrarian University. Krasnodar. Russia Met Shamil Askerovich student kafedry elektricheskih mashin i elektroprivoda
Kuban State Agrarian University. Krasnodar. Russia
Abstract:
The article discusses the possibility of improving the efficiency of electric power transmission systems with the help of high voltage DC inserts. Described the development strategy of grid complex of Russia, as well as the findings on leading and lagging purposes. Organizational and technical methods of struggle against commercial losses are given. The ways of reducing technical losses of electricity in networks are considered. It is determined that the reduction of electricity losses is a complex task, which in its solution requires the development of specific measures on the basis of preliminary energy examination and determination of the actual structure of electricity losses and their causes. The efficiency of the electric power transmission system with the help of DC inserts is established, as well as the prospects of its development in Russia are considered.
How to Cite:
Ilchenko Y.A., Buzulukin A.V., Met S.A., (2018), IMPROVING THE EFFICIENCY OF TRANSMISSION SYSTEMS OF ELECTRICENERGYUSING DIRECT CURRENT HIGH VOLTAGE. Computational Nanotechnology, 3 => 59-64.
Reference list:
ANO Agentstvo po energosberezheniyu UR . URL: http://energosber18.ru/energosberezhenie/propaganda/publikaczii/kommercheskie-poteri-elektroenergii-i-ix-snizhenie.html.
Ivakin V.N., Sysoeva N.G., KHudyakov V.V. Elektroperedachi i vstavki postoyannogo toka i staticheskie tiristornye kompensatory. M.: Energoatomizdat, 1993.
Internet-portal Energo-Consultant.ru. URL: https://www.energo-konsultant.ru/sovets/elektrosnabgenie/yuridicheskim licam/ kak sekonomit/Kak predpriyatiu s elektrostancie snizit zatra- ti na elektoenergiu/.
Informatsionno-spravochnoe izdanie Novosti Elektrotekhniki , 2017. № 4 (106). URL: http://www.news.elteh.ru/ arh/2007/46/06.php.
Zatyanuvshiesya reformy // Inform.-analit. zhurnal Vesti v elektroenergetike , 2017. № 4.
Nauchno-tekhnicheskiy zhurnal Elektro , 2010. № 3. URL: http:// www.elektro-journal.ru/sites/ru/files/pdf files/2010 3.pdf 1.
Peredachi i vstavki postoyannogo toka vysokogo napryazheniya / Pod red. V.V. KHudyakova. M.: Energoatomizdat, 1988.
Rasporyazhenie Pravitel stva Rossiyskoy Federatsii ot 3 apre- lya 2013 g. № 511-r. Moskva. URL: https://rg.ru/2013/04/08/elek- troseti-site-dok.html).
Ivakin V.N., Sysoeva N.G., KHudyakov V.V. Elektroperedachi i vstavki postoyannogo toka i staticheskie tiristornye kompensatory. M.: Energoatomizdat, 1993.
Internet-portal Energo-Consultant.ru. URL: https://www.energo-konsultant.ru/sovets/elektrosnabgenie/yuridicheskim licam/ kak sekonomit/Kak predpriyatiu s elektrostancie snizit zatra- ti na elektoenergiu/.
Informatsionno-spravochnoe izdanie Novosti Elektrotekhniki , 2017. № 4 (106). URL: http://www.news.elteh.ru/ arh/2007/46/06.php.
Zatyanuvshiesya reformy // Inform.-analit. zhurnal Vesti v elektroenergetike , 2017. № 4.
Nauchno-tekhnicheskiy zhurnal Elektro , 2010. № 3. URL: http:// www.elektro-journal.ru/sites/ru/files/pdf files/2010 3.pdf 1.
Peredachi i vstavki postoyannogo toka vysokogo napryazheniya / Pod red. V.V. KHudyakova. M.: Energoatomizdat, 1988.
Rasporyazhenie Pravitel stva Rossiyskoy Federatsii ot 3 apre- lya 2013 g. № 511-r. Moskva. URL: https://rg.ru/2013/04/08/elek- troseti-site-dok.html).
