Published in «Russian Journal of Innovation Economics»3 / 2019
DOI: 10.18334/vinec.9.3.41022

Implementation of the Smart-Houses program in the Ural federal district

Gorodnova Natalya Vasilevna, Ural Federal University named after the first President of Russia B.N.Yeltsin, Russia

Krupkin Aleksey Vladimirovich, Ural Federal University named after the first President of Russia B.N.Yeltsin, Russia

Rozhentsov Ivan Sergeevich, Ural Federal University named after the first President of Russia B.N.Yeltsin, Russia

Реализация программы Smart-Houses в Уральском федеральном округе - View in Russian

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In order to improve the quality of population life the concept of “Smart City“ has been successfully applied in such countries as Singapore, UAE, Japan, China, South Korea, France, Morocco, Finland, Netherlands, USA, Canada, Spain and Kazakhstan. The concept of “Smart City“ includes the creation of basic and intellectual infrastructure of urban space in order to improve the information, economic and environmental security of individual cities and the country as a whole, the comfort of citizens living environment, as well as the level and duration of their lives.
In the Russian Federation, within the framework of the national project “Digital economy“, a number of large megacities are also implementing certain elements of this concept, in particular, information infrastructure, digital technologies, digital public administration. The main goals of the Russian state in this area are fixed in many strategic documents, including the Strategy for the development of the information society of the Russian Federation for 2017-2030. The relevance of the chosen research topic is due to the above mentioned factors. The implementation of the “Smart city“ concept is also aimed at increasing the productivity of urban space and is associated with increasing the efficiency of individual urban development projects.
In this regard, the main purpose of this scientific article is to systematize foreign and Russian experience of the intelligent technologies application in urban environments, including the stage of design and construction of “Smart cities“, and the development of a systematic approach to the implementation of the concept of “Smart City“ in the Ural Federal district, which will determine the current situation and future prospects for the use of digital technologies in the urban sphere.
The scientific basis of the research is the publications of Russian scientists devoted to the problems of the population quality of life improvement in different countries and regions of the Russian Federation through the introduction of new information technologies in all spheres of society.
In the course of the study, the authors identified the main prerequisites and prospects for the implementation of the functional strategy in the development of regional development, developed the algorithm of the “Regional Land Bank“ (on the example of Yekaterinburg), identified the specific features of the new “Smart-houses“ product in the introduction of digital technologies in the lives of citizens. In addition, the authors of the study carried out economic and mathematical modeling of the implementation of this concept in the framework of public-private integration, presented a tool for solving the problem using a dynamic model [24].
The methodological base of the research consists of general scientific methods of cognition, in particular, methods of economic and logical analysis, system method, synthesis, simulation.
During the study the authors have concluded that with the development of new technologies in the framework of the “Smart City“ concept there is no single approach to the process of effective management of urban areas, which has allowed to justify a new theoretical approach and the need to change the paradigm of state economic policy.
The results can be useful for representatives of government agencies and private business, experts and the scientific community, whose professional interests include the introduction of information technology as a factor of the residents of large cities quality of life improvement.


economic-mathematical modeling, efficiency, information technologies, innovation, management, mortgage lending, public-private partnership, quality of life, Smart technologies, urban space

JEL-Classification: O31, O32, O33

Gorodnova N.V., Krupkin A.V., Rozhentsov I.S. (2019). Implementation of the Smart-Houses program in the Ural federal district [Realizatsiya programmy Smart-Houses v Uralskom federalnom okruge]. Russian Journal of Innovation Economics, 9(3). (in Russian). – doi: 10.18334/vinec.9.3.41022.

References (transliterated):
Anakhin N.Yu., Groshev N.G., Onopriychuk D.A. (2018). BIM tekhnologii, kak osnova sovremenno obekta [BIM technologies as the basis of modern object]. Voprosy nauki. (26(38)). 29-31. (in Russian).
Anthopoulos L., Janssen M., Weerakkody V. (2016). A unified Smart City model (USCM) for Smart City conceptualization and benchmarking International Journal of Electronic Government Research. 12 (2). 77-93. doi: 10.4018/IJEGR.2016040105.
Borodinecs A., Korjakins A., Zajacs A., Iufereva A. (2018). Smart Concept expansion from local to city scale MATEC Web of Conferences.
Bruneckiene J. (2014). The concept of Smart economy under the context of creation the economic value in the city Public Policy and Administration. 13 (3). 469-482. doi: 10.5755/j01.ppaa.13.3.8301.
Bulaev V.V., Shorikov A.F. (2018). Discretization procedure for leaner dynamical systems Journal of Mathematical Sciences. 230 (5). 664-667. doi: 10.1007/s10958-018-3765-5.
Erk A.F., Sudachenko V.N., Timofeev E.V. (2019). Intellektualnye energosberegayuschie tekhnologii s ispolzovaniem vozobnovlyaemyh istochnikov energii [Intelligent power-saving technologies using renewable energy sources]. Tekhnologii i tekhnicheskie sredstva mekhanizirovannogo proizvodstva produktsii rastenievodstva i zhivotnovodstva. (98). 247-257. (in Russian). doi: 10.24411/0131-5226-2019-10.
Gareev I.F., Yamaltdinova G.F. (2017). Sotsialnye poselki kak infrastrukturnyy proekt po osvoeniyu novyh territoriy [Social settlements as an infrastructure project for the development of new territories]. Russian Journal of Housing Research. 4 (2). 73-106. (in Russian). doi: 10.18334/zhs.4.2.38140.
Garmston H., Pann W. (2012). Building Regulations in Energy Efficiency Compliance in England and Wales in Energy Policy. (45). 594-605. doi: 10.1016/j.enpol.2012.03.010.
Glebova I.S., Yasnitskaya Y.S., Maklakova N.V. (2014). Possibilities of “Smart City” concept implementing: Russia`s cities practice Mediterranean Journal of Social Sciences. 5 (12). 129-133. doi: 10.5901/mjss.2014.v5n12p129 .
Globa S.B., Mutovin S.I., Berezovaja V.V., Butakova N.M. (2017). Smart City growth: experience and opportunities in the North and the Arctic SGEM International Multidisciplinary Scientific Conference on Social sciences and Arts. (5-2). 251-258.
Gorodnova N.V. (2011). Napravleniya i mery gosudarstvennoy podderzhki sistemy ipotechnogo kreditovaniya [Directions and measures of state support for mortgage lending]. Finance and credit. (29(461)). 2-9. (in Russian).
Gorodnova N.V. (2011). Novyy teoreticheskiy podkhod k formirovaniyu gosudarstvenno-chastnyh partnerstv v stroitelstve [A new theoretical approach to the formation of public-private partnerships in construction]. National interests: priorities and security. (34(127)). 2-10. (in Russian).
Goryacheva M.A., Trubina N.V. (2018). Analiz vnedreniya tekhnologii Smart City v stroitelstve [Analysis of technology implementation of Smart City construction]. Alley of Science. 1 (5(21)). 212-216. (in Russian).
Grebenschikova E.V. (2017). Kompleksnyy podkhod k realizatsii kontseptsii Smart City: opyt evropeyskikh i rossiyskikh gorodov [Comprehensive approach to implementation of the concept smart city: the experience of european and russian cities]. Goroda i mestnye soobschestva. 2 112-122. (in Russian).
Karpova P.V. (2018). BIM-modelirovanie: ot istokov k nastoyaschemu [BIM modeling: from the beginnings to the present]. BST: Byulleten stroitelnoy tekhniki. (12(1012)). 42-43. (in Russian).
Komamizu T., Amagasa T., Shaikh S.A., Shiokawa H., Kitagawa H. (2016). Towards real-time analysis of Smart City Data: a case study on city facility utilizations 18th ieee international conference on high performance computing and communications, 14th ieee international conference on smart city and 2nd ieee international conference on data science and systems, hpcc/smartcity/dss 2016. 1357-1364.
Korolev A.S. (2015). Smart City: teorii i praktiki sozdaniya umnogo goroda [Creation of a smart city: theory and practice]. Upravlenie gorodom: teoriya i praktika. (4(19)). 19-23. (in Russian).
Korolev A.V. (2016). BIM-instrument prozrachnogo kontrolya so storony investora [BIM is a tool for transparent monitoring by the investor]. Stroitelstvo. (2). 31-34. (in Russian).
Kozhevnikova N.V. (2018). Obekt v ipotechnom kreditovanii [The object in the mortgage lending]. Alley of Science. 3 (10(26)). 791-794. (in Russian).
Kraskovskiy D.G. (2017). Internet veschey i Smart City: Autodesk pokazal, kak razvivaetsya transportnaya infrastruktura v Rossii [The Internet of things and Smart City: Autodesk has shown how the transport infrastructure is developing in Russia]. MCAD and graphics. (8(250)). 44-49. (in Russian).
Lavrova E.V. (2017). Kontseptsiya Smart City: vozmozhnosti povysheniya kachestva zhizni naseleniya [The concept of "smart city": the possibility of improving the quality of life of the population]. Modern city: power, management, economy. 1 46-55. (in Russian).
Lazaroiu G.C., Dumbrava V., Costoiu M., Teliceanu M., Roscia M. (2016). Energy-Information-Centric Smart Campus Eeeic 2016.
Makarevich I.V. (2019). Kontseptsiya «Umnyy gorod» na primere goroda Singapur [The concept of "Smart city" by the example of Singapore city]. Ustoychivoe razvitie nauki i obrazovaniya. (3). 29-31. (in Russian).
Meng H., Shuang H. (2018). Application of BIM technology in dispatching building project Journal of Advanced Oxidation Technologies. 21 (2). doi: 10.26802/jaots.2018.07426.
Merlino G., Bruneo D., Longo F., Puliafito A., Distefano S., Al-Anbuky A. (2015). A Smart City lighting case study an open stack-powered infrastructure Sensors. 15 (7). 16314-16335. doi: 10.3390/s150716314.
Prokolenkova V.V. (2017). Osobennosti upravleniya resursami v intellektualnom prostranstve Smart City [Features of Resource Management in the Intellectual Space Smart City]. Real estate: economics, management. (3). 46-51. (in Russian).
Rumyantsev A.A. (2015). Kak postroit umnyy gorod i umnuyu ekonomiku [How to build a Smart city and a Smart economy]. Modern scientific thought. (4). 119-129. (in Russian).
Sabetova T.V., Shishkina N.V. (2019). Nekotorye napravleniya razvitiya upravleniya riskami v bankovskom ipotechnom kreditovanii [Some development trends of risk management in Bank mortgage lending]. Financial economics. (1). 804-809. (in Russian).
Schirrer M. (2018). The Smart City against the city. Urban coup by the economic producers of the Smart City Practical geography and xxi century challenges. 717-718.
Schneps-Shneppe M.A. (2016). How to build a smart city. Part 1. Project “Smart Cities and Communities” in a programme ES Horizon International Journal of Open Information Technologies. (1). 12-20.
Surova D.S., Korosteleva T.S. (2016). Razvitie kontseptsii Smart City (na primere UrFO) [The development of the Smart City concept (on the example of Ural Federal district)]. Novaya nauka: Sovremennoe sostoyanie i puti razvitiya. (12-2). 152-154. (in Russian).
Telichenko V.I. (2017). «Zelenye» tekhnologii sredy zhiznedeyatelnosti [Green technologies of living environment: concepts, terms, standards]. Vestnik MGSU. 12 (4(103)). 364-372. (in Russian). doi: 10.22227/1997-0935.2017.4.364-372.
Tsypin I.S., Tsypina S.I. (2019). Strategiya razvitiya ekonomiki i promyshlennosti Rossii v usloviyakh mezhdunarodnoy nestabilnosti [A Strategy of Economic and Industrial Development of Russia in the Worldwide Instability Environment]. Economy. Taxes. Law. 12 (1). 76-85. (in Russian). doi: 10.26794/1999-849X-2019-12-1-76-85 .
Uhodnikova O. (2017). Evaluation of the potential of Smart-systems Tekhnologicheskiy audit i rezervy proizvodstva. 1 (4(33)). 54-58. doi: 10.15587/2312-8372.2017.94392.
Wang Z., Xu Z. (2015). On transformation from industrial city to Smart City: a case study on ShIjingshan district of Beijing International Journal of Information and Decision Sciences. 7 (3). 255-264. doi: 10.1504/IJIDS.2015.071374.
Yavorskaya N.M. (2018). Zhilischnoe kreditovanie kak sostavnaya chast potrebitelskogo kreditovaniya [Housing loans as an integral part of consumer lending]. Mirovaya nauk. (11(20)). 350-354. (in Russian).
Yudin A.V., Radkovskaya E.V., Kochkina E.M. (2018). Sezonnye tendentsii v ipotechnom kreditovanii [Seasonal Trends in Mortgage Lending]. Science and business: development ways. (1(79)). 46-49. (in Russian).
Zhou H., Sun J., Wu Y., Chen H. (2018). Research on BIM Application in Construction Based on the Green Building Idea Humanities and Advanced Education Technology. 705-708.
Zhu Y., Zuo J. (2015). Research on security construction of Smart City International Journal of Smart Home. 9 (8). 197-204. doi: 10.14257/ijsh.2015.9.8.21.