| Title | Effect of environmental and social responsibility in energy-efficient management models for smart cities infrastructure |
|---|---|
| ID_Doc | 39736 |
| Authors | Xia, X; Wu, XG; BalaMurugan, S; Karuppiah, M |
| Title | Effect of environmental and social responsibility in energy-efficient management models for smart cities infrastructure |
| Year | 2021 |
| Published | |
| Abstract | A Smart city is a safe and productive urban centre that offers its people a high quality of life through optimized resource management. The sophistication of the energy networks and their critical function make energy management one of the most challenging urban centers' problems. The essential methods are widely used to determine intelligent technologies' technical and policy impacts for modeling and simulation Planning to move from existing towns to smarter ones. Energy consumption has been increasing due to the growing population and intensified in dense metropolitan centres. It has changed Energy consumption, resulting in a strong demand for oil and electricity and more pollutants and heat production in these urban areas. This paper looks at energy-related work on smart city models and planning by classifying their spectrum based on active and passive approaches and infrastructure management models. The purpose of this paper is to examine economic performance determinants and to determine the energy protection requirements of smart cities for efficient energy management based on active and passive models. Further, the paper's principal approaches include the economic study of upgrades to infrastructure, leading to a decline in the smart cities' energy demand identified by the street lighting intelligent diode (LED). Our results indicate that smart city models are designed to pursue alternatives to promote more clean energy sources on grids with smart linked urban energy storage systems. Our findings may be of great concern to city planners, municipal residents, and urban decision-makers interested in smart cities' design and operation. |
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