Sustainable energy for smart city

Gitelman, L. D.; Kozhevnikov, Mikhail; Adam, L.A.

doi:10.2495/eq-v4-n4-343-353

Cited by 6 publications

(4 citation statements)

References 23 publications

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“…Platform tools serve as a technology ensuring higher flexibility and maneuverability of energy systems [20] and form the technological foundation of the Internet of Energy [21]. Platform tools are also an essential element for the operation of smart grids [22], virtual power plants [23], smart contracts [24], and the demand-side management (DSM) market [25]. Nevertheless, some researchers [21,26] observe that the potential of platforms is not fully exploited yet in the power industry.…”

Section: Theoretical Background and Methodsmentioning

confidence: 99%

A science and education platform for intellectual support of breakthrough teams in the energy sector

Gitelman¹,

Kozhevnikov²

2022

Int. J. EQ

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Making a breakthrough in the energy industry is a particularly laborious cross-disciplinary challenge due to the extreme complexity of production systems and the necessity to ensure the compatibility of a huge number of technologies and industrial and managerial systems of various nature. This makes it highly relevant to provide knowledge-intensive support for teams that implement projects aimed at breakthrough transformations. This article describes a specialized science and education platform that is being rolled out by the authors at a number of major energy companies in Russia and at Ural Federal University. The platform has features of a communications platform that brings together science, education, and energy companies, and of a digital ecosystem that serves as a framework for customized services for stakeholders. The platform uses an operation mechanism that is designed to ensure the reproduction of knowledge that is in line with corresponding trends and changes emerging in the global, national, and industrial contexts, and promptly converts it into learning content and a project agenda for breakthrough teams. An original methodology for the training of breakthrough teams and arguments for the appropriateness of using a platform-based approach in order to increase intellectual capital in the energy industry constitute the scientific novelty of the article. This article has a practical value to it as it demonstrates the scaling capability of the elements of the conceptual model, of its operation mechanism, and the best practices of using a science and education platform as the organizational basis for breakthrough projects in the energy sector.

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Section: Theoretical Background and Methodsmentioning

confidence: 99%

A science and education platform for intellectual support of breakthrough teams in the energy sector

Gitelman¹,

Kozhevnikov²

2022

Int. J. EQ

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“…Given the context of rapid scientific and technical progress with the assumed transition to technological singularity, only those market participants who will be able to identify the upcoming changes sooner than their competitors, and to define the future shape of their industry and organization, can secure sustainable development [1][2][3][4][5]. Uncertainty accompanying the vision of the future forms the probabilistic nature of the intended trajectory of development and various risk constraints [6][7].…”

Section: Introductionmentioning

confidence: 99%

Strategic intelligence of an organization amid uncertainty

Gitelman¹,

Kozhevnikov²,

Chebotareva³

2021

Int. J. EQ

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“…It has to be emphasized that along with radical technology transformations that are taking place in the energy sector of smart cities the sector is embracing a distinct market infrastructure. A prosumer -a proactive consumer who not only consumes but also generates energy -is the new end user of the energy system [6]. Prosumers' participation in the energy market is made possible by adaptive digital networks that enable a prosumer to enter into partnership with the national or municipal energy system or with a neighboring household.…”

Section: Introductionmentioning

confidence: 99%

Technology Entrepreneurship as a Factor of Sustainable Energy in Smart Cities

Gitelman

Kozhevnikov

Starikov

et al. 2020

WIT Transactions on Ecology and the Environment

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The implementation of intelligent engineering infrastructure in cities necessitates the involvement of a large number of various innovative organizations. The experience of pioneer smart cities and global companies that are developing smart technologies shows that the key role in that process is played by technology entrepreneurs, i.e., a community of innovators who are capable of rapidly creating breakthrough solutions, launching them into the market, adopting and commercializing them. This study analyzes the theoretical features and current essential tasks of tech entrepreneurship as a business phenomenon and ways and means for technology entrepreneurship by corporations and independent start-ups. Exploring the case of the energy sector in smart cities which presents a growing market for technology solutions, the authors reveal the structure of the main segments of technology entrepreneurship, including electric vehicles and charging infrastructure, smart metering, telemetering, demand side management, distributed generation and micro-grids. Examples are described of tech entrepreneurship projects that were implemented by energy and telecom companies with the purpose of making urban energy smarter and more sustainable.

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Sustainable energy for smart city

Cited by 6 publications

References 23 publications

A science and education platform for intellectual support of breakthrough teams in the energy sector

A science and education platform for intellectual support of breakthrough teams in the energy sector

Strategic intelligence of an organization amid uncertainty

Technology Entrepreneurship as a Factor of Sustainable Energy in Smart Cities

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