Smart City Gnosys

Smart city article details

Title Local Energy Strategies: A Digital Challenge
ID_Doc 35449
Authors Koroleva E.N.
Year 2021
Published Lecture Notes in Networks and Systems, 139
DOI http://dx.doi.org/10.1007/978-3-030-53277-2_3
Abstract The paper addresses the problem of ensuring the sustainable development of local territories in the context of increasing demands for energy efficiency in regional development and new technological possibilities of energy due to digitization. The aim of the study is to carry out a typological characterization of energy strategies of the municipalities of the region (a Russian subject) on the basis of an analytical study of the strategic objectives adopted and implemented by them. The author’s methodology has been developed and tested, and result in a set of energy strategies of municipalities of a specific region; their groupings and differentiation of all municipalities into various groups of innovative energy technologies. The author has done conclusions on readiness of local territories to digital challenges in the energy sphere, emphasized the role of prospective projects of Smart City, and identified barriers to Smart Energy Systems implementation. © The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG 2021.
Author Keywords Energy Internet; Energy strategy; Municipal entity; Smart City; Smart energy systems; Strategic planning


Similar Articles


Id Similarity Authors Title Published
20381 View0.885Belliardi M.; Cereghetti N.; Bettini A.; Fusine K.D.; Vismara F.; Sormani M.; Briccola M.; Martinenghi G.; Muntaner M.; Camponovo P.; De Gottardi F.; Pusterla M.; Gianolli G.Digitisation And Analysis Of Energy Data At Municipal Scale: An Application To The Municipality Of MendrisioJournal of Physics: Conference Series, 2600, 2 (2023)
23294 View0.875Szpilko D.; Fernando X.; Nica E.; Budna K.; Rzepka A.; Lăzăroiu G.Energy In Smart Cities: Technological Trends And ProspectsEnergies, 17, 24 (2024)
18182 View0.871Kamolov S.; Kandalintseva Y.Defining The Readiness For Smart City Concept: Russian Municipalities StudyPost-Industrial Society: The Choice Between Innovation and Tradition (2021)
57185 View0.871Parubochaya E.F.; Piskunov N.V.; Drinova E.M.The “Smart Cities” Concept In The European Union And The Russian Federation: From Project To Practical ImplementationLecture Notes in Networks and Systems, 155 (2021)
50820 View0.868Yarashynskaya A.; Prus P.Smart Energy For A Smart City: A Review Of Polish Urban Development PlansEnergies, 15, 22 (2022)
50817 View0.868Thornbush M.; Golubchikov O.Smart Energy Cities: The Evolution Of The City-Energy-Sustainability NexusEnvironmental Development, 39 (2021)
49885 View0.866dos Santos J.T.A.; Lampis A.; Hermsdorff S.M.G.L.; de Ruiz R.H.; Bermann C.Smart Cities: Limits And Possibilities In The São Paulo MacrometropolisUrban Book Series, Part F3222 (2024)
26936 View0.863Drobyazko S.; Hilorme T.; Nesterenko S.; Shatskaya Z.Formation Of The Intelligent Energy System Based On Digital Technologies In Urban ManagementInternational Journal of Human Capital in Urban Management, 8, 1 (2023)
50823 View0.862Nyangon J.Smart Energy Frameworks For Smart Cities: The Need For PolycentrismHandbook of Smart Cities (2021)
15207 View0.862Britton J.; Judson E.Competing Narratives And Interests In Smart Urban Energy SystemsSmart Cities, Energy and Climate: Governing Cities for a Low-Carbon Future (2024)