Improving the energy performance of the thyristor current regulator – power supply transformer system in the electrothermal installations
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Abstract
Detected input current harmonic composition of thyristor current system - transformer power electrothermal installations. The scheme and the simulation model of the system with the active corrector current form was offered evidence.
Ref. 6, Fig. 5.
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References
Komarov N.S. Power quality in low voltage distribution networks and raising money. Pratsі Іnstitutu elektrodinamіki National Academy of Sciences of Ukraine. Elektroenergetika 2000 K ІED National Academy of Sciences of Ukraine, 2000, pp. 69-86.
Styazhkin V.P., Podeyko P.P. Improving the quality of regulation in the system of regulated current source - elektroshlakovogo remelting installation. Tehnіchna elektrodinamіka. Silova elektronіka and energoefektivnіst. - Temat.vipusk. - 2011 - Part 2. - pp. 287-292.
Styazhkin V.P., Podeyko P.P. Optimal control of electrotechnics installation for the production of basalt superthin fiber // Silova elektronіka and energoefektivnіst. News NTU "KhPI" - 2015 - issue 12 (1121). - pp. 124-127.
Zhezhelenko I.V. Higher harmonics in power supply systems pre-acceptance . - M .: Energoatomisdat , 1994, P. 272.
Jarov V.M. Power sources for electric furnaces . Cheboksary , Chuvash State . Univ ., 1982, P. 120 p.
Komarov M.S., Golovko O.O., Bulatov A.U., Podeyko P.P. Energy-saving technologies in computer classes and teaching laboratories of educational institutions. News Kiїvskogo natsіonalnogo unіversitetu tehnologіy that design. - 2013. - № 6. – pp. 278-286.