Rambler's Top100

Rambler's Top100

Yandex.CN    ,     .

  • 5, 2016

    1. Maximov B. K., Molodjuk V. V. Elektroenergetika Rossii: reformy nado prodolzhat [Electric power enegineering in Russia: Reforms must be continued], Vestnik MEI, no. 5, pp. 5057.

    2. Kudrin B. I., Tsyruk S. A. Tekhnotsenologicheskie osnovanija nauki ob elektricheskom khozjajstve potrebitelej elektrotekhnicheskoj produktsii i elektricheskoj energii i moschnosti [The technocenotic basis of electrical products and power consumption], Monografia, iss. 56. Tsenologicheskie issledovanija, Moscow, Tekhnetika, 2015.

    3. Obzor osnovnykh rezultatov funktsionirovanija objektov elektroenergetiki v 2015 godu [An overview of electric power industry operation results, 2015], Ministry of Energy of the Russian Federation. Available at: www.minenergo.gov.ru/view-pdf/5079/61503 (accessed November 11, 2016).

    4. Kurochkin D. S. Mikheev D. V. Metodicheskij podkhod k opredeleniju urovnja konkurentosposobnosti gazoporshnevykh energoustanovok dlja razlichnykh uslovij expluatatsii predprijatij [The methodical approach for gas power plants competitiveness ranking with different operational conditions], Vestnik JuRGTU (NPI). Sotsialno-ekonomicheskie nauki, 2014, no. 4, pp. 410.

    5. Alexakhina L. I. Kurochkin D. S., Mikheev D. V. Struktura tekhniko-ekonomicheskogo obosnovanija innovatsionnykh proektov v sfere povyshenija energoeffektivnosti promyshlennykh predprijatij [A feasibility study structure for innovative projects in industrial energy efficiency], Transportnoe delo Rossii, 2013, no. 6 (109), pt. 2, pp. 202205.

    6. Kazanov M. S., Kondratyev A. V. Podkhod k vyboru parametrov raspredelennoj generatsii v sistemakh elektrosnabzhenija objektov na osnove meta-evristicheskikh algoritmov [Distributed generation parameters choosing in power supply systems based on meta-heuristic algorithms], Elektro, 2015, no. 3, pp.1217.

    7. Kazanov M. S., Kondratyev A. V. Raschetnaja model opredelenija parametrov sobstvennoj generatsii v sistemakh elektrosnabzhenija [The model of on-site power generation parameters computation], Kudrin B. I., Matjunina Ju. V. (ed.). Fedorovskie Chtenija 2015. 45th International scientific and practical conference with scientific school elements, Moscow, MPEI, 2015, pp. 265271.

    8. Kazanov M. S., Kondratyev A. V. Metodika opredelenija tekhniko-ekonomicheskogo effekta vnedrenija raspredelennoj generatsii v elektrokhozjajstvakh objektov dlja reshenija optimizatsionnykh zadach [Technical and economic effect research of distributed generation implementation and electrical equipment optimization problems], Promyshlennaja energetika, 2016, no. 10.

    9. Lozenko V. K., Murov A. E., Vorotnitskij V. E., Ageev M. K., Bulatenko M. A., Mikheev D. V. Sistema energeticheskogo menedzhmenta v elektrosetevom komplekse [The energy management system in electrical network], Krasnoyarsk, Platina, 2014.

    10. Zuev Ju. Ju. Osnovy sozdanija konkurentosposobnoj tekhniki i vyrabotki effektivnykh reshenij [Competitive engineering product development and efficient solutions], Moscow, MPEI, 2006.

    11. Deb K., Pratar A., Agarwal S., Meyarivan T. fast and elitist multiobjective genetic algorithm: NSGA-II, IEEE Trans. on Evolutionary Computation, April 2002, vol. 6, no. 2, pp. 182197.

    12. Saati T. Prinjatie reshenij: metod analiza ierarkhij [Decision making with the analytic hierarchy process], Moscow, Radio i svjaz, 1993.

    13. Makarevich E. V. Razrabotka metodiki vybora gazoporshnevykh ustanovok dlja energosnabzhenija potrebitelej [Development of a gas engine selection methodology for consumers power supply], PhD Thesis, May 14, 2001, Moscow, MPEI, 2012.

    14. Akhmetshin A. F., Daneljan T. Ya. Otsenka effektivnosti raboty predprijatija metodom strukturnogo modelirovanija [Estimation of facility effectiveness with a structural modeling], Nauka i biznes: puti razvitija, 2015, no. 2 (44), pp. 7580.

    15. Rogalev N. D., Zubkova A. G., Kurdjukova G. N., Shuvalova D. G., Gasho E. G. Komplex metodicheskikh polozhenij i rekomendatsij po raschetu ekonomicheskogo effekta ot realizatsii meroprijatij po energosberezheniju v sfere zhilischno-kommunalnogo khozjajstva i promyshlennoj energetiki [Methodological statements and recommendations for energy saving economic effect in households and utilities], Moscow, Nauchnyj Park of MPEI, 2010.



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