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Implementation of the project "System city" (on the example of Yekaterinburg)


Gorodnova N.V., Samarskaya N.A., Krupkin A.V.
(about the authors)

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

Samarskaya Nadezhda Aleksandrovna – (Federal State Budgetary Institution “All-Russian Scientific Research Institute of Labor” of the Ministry of Labour and Social Protection of the Russian Federation)

Krupkin Aleksey Vladimirovich – (Institute of Construction and Architecture – Ural Federal University named after the first President of Russia B.N.Yeltsin)

Published in:
Russian Journal of Housing Research
– Volume 6, Number 4 (October-December 2019)

JEL classification: R19, R38, R39

Keywords: "System city", city, construction, digitalisation, energy efficiency, information technology, national project, security, smart city, Smart product, Smart technology


Citation:
Gorodnova N.V., Samarskaya N.A., Krupkin A.V. (2019). Implementation of the project "System city" (on the example of Yekaterinburg). Russian Journal of Housing Research, 6(4) doi: 10.18334/zhs.6.4.40924


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Abstract:

The predominance of summary publications covering the relevance of the implementation experience of the implementation of the concept "Smart City", the lack of government support of Smart projects taking into account regional specifics, as well as the imperfection of the methods of assessment of prospects of their implementation in Russia, makes the theme of the scientific work devoted to the realization of unique regional Smart solutions even more urgent. The purpose of the study is to consider the possibility of implementing a "pilot" project "System city" (on the example of Yekaterinburg) in one of the existing development projects in order to replicate the solution "Smart City" in Russia. During the study, the authors identified positive effects of implementing the concept of "System city", an indicator of the effectiveness of implementation of Smart solutions in public-private partnerships is suggested and a model for its calculation is created. It is concluded that the construction of "Smart-houses" in the framework of the "System city" project will allow Yekaterinburg to implement a pilot project and become a leader not only in Russia but also abroad in the field of sales of Smart-product on the basis of systematization of fundamental knowledge about the consumer and comprehensive services with the use of constantly improving information technologies. The obtained results can be useful for public authorities and the scientific community, whose sphere of interest includes solving the problems of Smart-technologies implementation in construction.


Highlights:

● The market of integrated buildings has a huge growth potential and is aimed at the realization of the products of the future.
● Matching a building concept to a user's needs and lifestyle or business model is transformed by changing consumer requirements, such as "your home is changing with you".
● The possibility of building "Smart-houses" by attracting to this project partners who are leaders in certain segments of the integrated Smart-product, will allow Ekaterinburg to become a leader not only in Russia but also abroad due to fundamental knowledge about the client and constantly improving technologies of partner companies.
● Implementation of an ambitious program to create an investment-attractive, cross-industry, service business through innovative development with the maximum use of the advantages associated with belonging to related businesses and subsequent access to the relevant open markets, is conducted.
● Residents will have access to an economical, high-tech set of services and "home delivery" services that meet the most modern requirements for quality, reliability, safety and performance.
● Implementation of the pilot project "Smart-houses" in Russia makes it possible to cross-sell by attracting partners and companies that are already leaders in certain segments of the complex product "Smart-houses".







References:
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). 77-933. doi: 10.4018/IJEGR.2016040105.
Azarov B.F., Opara V.V. (2018). BIM-tekhnologii: proektirovanie, stroitelstvo, ekspluatatsiya [BIM: design, construction, operation]. Polzunovsky vestnik. (2). 8-11. (in Russian).
Borodinecs A., Korjakins A., Zajacs A., Iufereva A. (2018). Smart Concept expansion from local to city scale International scientific conference on energy, environmental and construction engineering (eece-2018). 16002. doi: 10.5901/mjss.2014.v5n12p129.
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: 0.5755/j01.ppaa.13.3.8301.
Cerruela García G., Luque Ruiz I., Gómez-Nieto M. (2016). State of the art, trends and future of Bluetooth low energy, near field communication and visible light communication in the development of Smart Cities Sensors. 16 (11). 1968. doi: 10.3390/s16111968.
De Los Ríos-Carmenado I., Ortuño M., Rivera M. (2016). Private–Public Partnership as a Tool to Promote Entrepreneurship for Sustainable Development WWP Torrearte Experience. Sustainability. 8 199. doi: 10.3390/su8030199.
Eriza K.N. (2017). Uspeshnaya praktika vnedreniya BIM-tekhnologiy [Successful experience of implementing BIM]. MCAD and graphics. (8(250)). 12-16. (in Russian).
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.
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 O.V., Shorikov A.F. (2018). Ekonomiko-matematicheskoe modelirovanie optimizatsii upravleniya biznes-protsessami predpriyatiya [Economic and Mathematical Model of Optimization of Management of Business-processes on the Enterprises]. Bulletin of the Institute for the Humanities. (3(22)). 17-23. (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).
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 showed how developing the transport infrastructure in Russia]. MCAD and graphics. (8(250)). 44-49. (in Russian).
Krivov A.S. (2017). Dom v Rossii – novyy etap [House in Russia is a new stage]. Russian Journal of Housing Research. 4 (3). 271-280. (in Russian). doi: 10.18334/zhs.4.3.38276.
Krupkin A., Gorodnova N. (2018). Development of the Smart City Concept in sustainable economy Iop conference series: materials science and engineering. 022-056.
Krupkin A.V., Gorodnova N.V. (2018). Obosnovanie metodicheskogo podkhoda i nauchnogo instrumentariya otsenki effektivnosti realizatsii kontseptsii «Smart City» [Substantiation of methodical approach and scientific tools for assessing the effectiveness of the implementation of the concept of "smart city"]. Vestnik NSUEM. (1). 150-167. (in Russian).
Kuleshova G.I. (2013). Razvitie innovatsionnyh tsentrov i preobrazovanie gorodskoy sredy kak vzaimodopolnyayuschie resursy [The development of innovation centers and transformation of the urban environment as complementary resources]. Vestnik Rossiyskoy akademii nauk. 83 (7). 626. (in Russian). doi: 10.7868/S0869587313070074 .
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. 7555487.
Makarevich I.V. (2019). Kontseptsiya «Umnyy gorod» na primere goroda Singapur [Concept "smart city" on the example of the city singapore]. Ustoychivoe razvitie nauki i obrazovaniya. (3). 29-31. (in Russian).
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.
Perezolova A.S. (2015). O probleme publichnogo upravleniya v kontseptsii umnyh gorodov [The Issue of Urban Governance in the Smart City Concept]. Politicheskaya ekspertiza: POLITEKS. 11 (2). 131-143. (in Russian).
Pratama A.B. (2018). Smart narrative in Indonesia: comparing policy documents in four cities Вопросы государственного и муниципального управления. (6). 65-83.
Rakhmatullin A.I. (2018). Modelirovanie innovatsionnogo proekta zhilischnogo stroitelstva v krupnyh megapolisakh [Modeling innovative housing project in large cities]. Russian Journal of Housing Research. 5 (4). 469-484. (in Russian). doi: 10.18334/zhs.5.4.40656.
Rumyantsev A.A. (2015). Kak postroit umnyy gorod i umnuyu ekonomiku [HOW TO BUILD A SMART CITY AND smart economy]. Modern scientific thought. (4). 119-129. (in Russian).
Schirrer M. (2018). The Smart City against the city. Urban coup by the economic producers of the Smart City Practical Geography. 717-718.
Schneps-Shneppe M.A. (2016). How to build a smart city. Part 1. Project “Smart Cities and Communities” in a programme ЕС Horizon 2020 International Journal of Open Information Technologies. (1). 12-20.
Uhodnikova O. (2017). Evaluation of the potential of Smart-systems [Evaluation of the potential of Smart systems]. Tekhnologicheskiy audit i rezervy proizvodstva. 1 (4(33)). 54-58. (in Russian). 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.
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.