Sustainable Smart City: Masdar (UAE) (A City: Ecologically Balanced)

Madakam, Somayya; Ramaswamy, R.

doi:10.17485/ijst/2016/v9i6/87669

Cited by 29 publications

(11 citation statements)

References 9 publications

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“…In this case the designers will be able to choose both the material and the shape of the building more appropriate to its new designation. Examples of smart city projects with energy-efficient structures are well known [2], and an analysis of their development shows that the main reason for the failure of development [27] in recent years has been a global change in requirements for the entire spectrum of urban services set by businesses and the public. And only an active response of designers and an increase in the level of comfort and energy efficiency in the projects will be the basis for their actual implementation.…”

Section: *5265*2 = 136890 Kwh Per Yearmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

“…Studies of new urbanism and "smart" urban growth [1] show that consumer factors and public policies have that shape and enforce technical and engineering standards for urban structures [2]. Those are important factors in designing engineering infrastructures [2]. Their assumptions are supported by studies [3], new urban principles for the development of the urban environment [4] and focus on the main indicators: housing problems [5], convenient highways for resource and energy distribution [6], wide streets and housing density problems [7], green or eco-cities [8], etc.…”

Section: Introductionmentioning

confidence: 99%

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Impact of Digital Transformations on the Design Framework of a Modern City

Gorodishcheva¹,

Gorodishchev²

2019

Proceedings of the Internation Conference on "Humanities and Social Sciences: Novations, Problems, Prospects" (HSSNPP 2019)

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The article presents the use of sensors and networks, which allows you to predict energy consumption, radio frequency congestion, information transfer rate and power consumption required for data processing, thus predicted the minimum economic benefits based on energy savings. Based on the analysis, the options for integrating IoT intellectual services into urban structures and the option of seeing the scalability of IoT systems depending on the growth rate of Smart cities are presented.

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Section: *5265*2 = 136890 Kwh Per Yearmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Impact of Digital Transformations on the Design Framework of a Modern City

Gorodishcheva¹,

Gorodishchev²

2019

Proceedings of the Internation Conference on "Humanities and Social Sciences: Novations, Problems, Prospects" (HSSNPP 2019)

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“…Efforts to upgrade the current landscape and buildings of world cities and to transform them into livable and sustainable cities is of high importance [1][2][3][4][5][6]. Life cycle analyses have demonstrated that the majority of energy in a building is consumed in operational energy or during the post occupancy phase of the building life [7][8][9].…”

Section: Introductionmentioning

confidence: 99%

Energy Performance and CO2 Emissions of HVAC Systems in Commercial Buildings

Al-Waked

Nasif

Groenhout³

et al. 2017

Buildings

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Abstract:Energy performance of buildings has attracted much attention among building physicists and engineers worldwide. The effects of building heating; ventilation; and air conditioning (HVAC) systems' design upgrade on the building energy performance are the focus of the current study. The adopted HVAC system consisted of chilled ceiling and chilled beam systems served by a centrifugal water chiller. An energy simulation study was undertaken in accordance with the national Australian built environment rating system-rules for collecting and using data. A three-dimensional simulation study was carried out utilizing the virtual environment-integrated environmental solutions software. Results from the current study have shown the importance of utilizing energy-efficient HVAC systems and HVAC strategies for achieving a high building energy star rating. Recommended strategies in order to achieve the nominated star rating; as predicted by the simulation analysis; were presented. Moreover; the effects of solar radiation inside the building atrium were significant; which cannot be overcome by simply installing a low shading coefficient glazing type at the atrium skylight. In addition to providing chilled ceiling technology; a high efficiency chiller and low energy lighting; it is recommended that the building be well tuned during the commissioning period. The current approach could be extended to accommodate higher energy ratings of commercial buildings at different locations worldwide.

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“…Unidos (Crot, 2013;Cugurullo, 2013;Lau, 2012;Madakam & Ramaswamy, 2016) ou Songdo na Coreia do Sul (Ilhan, Möhlmann, & Stock, 2015;J. I. Kim, 2013;Whitman, Reid, Von Klemperer, Radoff, & Roy, 2008) podem não necessariamente resultar em Cidades…”

Section: Cidades Consideradas Inteligentes De Maneira Congênita Como unclassified

Cidades inteligentes baseadas em tecnologias de informação e comunicação: experiências em regiões urbanas sob a ótica da sustentabilidade

Pupo¹

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Sustainable Smart City: Masdar (UAE) (A City: Ecologically Balanced)

Cited by 29 publications

References 9 publications

Impact of Digital Transformations on the Design Framework of a Modern City

Impact of Digital Transformations on the Design Framework of a Modern City

Energy Performance and CO2 Emissions of HVAC Systems in Commercial Buildings

Cidades inteligentes baseadas em tecnologias de informação e comunicação: experiências em regiões urbanas sob a ótica da sustentabilidade

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