Urban design parameters and applications in energy-efficient cities in line with the smart city approach: the case of Mersin

Date

2024-12

Author

Tarımeri, Gamze

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In the contemporary era, the world is witnessing an unprecedented wave of urbanization, with more than half of the global population now residing in cities. This rapid urban growth poses significant challenges, including increased energy consumption, environmental degradation, and strain on infrastructure and resources. In response to these challenges, the concept of smart cities has gained traction as a viable solution to foster sustainable urban development. Energy efficiency is one of the main goals of smart cities because energy consumption significantly impacts the sustainability of urban areas. Integrating urban design principles with the smart city approach holds immense potential to create energy-efficient and livable urban environments. This research aims to examine the intersection of urban design parameters and energy efficiency within the framework of the smart city approach. Focusing on the symbiotic relationship between urban design and energy efficiency, this study investigates how thoughtful design choices can contribute to creating energy-efficient cities. The study delves into key urban design parameters under three headings—open space, building, and transportation—through an interdisciplinary lens encompassing urban planning, architecture, environmental science, and technology. Drawing upon existing models and empirical data, this thesis examines various applications of these parameters in real-world contexts to demonstrate their efficacy in fostering energy efficiency. Parameter-based analyses are conducted, and appropriate smart city applications are proposed using Mersin and its five district as a single case study to understand and assess the reflection of these design parameters in Turkey. Moreover, this research explores how smart city applications and innovative ideas can be integrated with urban design to enhance energy performance and optimize resource utilization. By synthesizing theoretical insights with practical strategies, this research aims to provide valuable insights and guidelines for policymakers, urban planners, architects, and stakeholders involved in shaping the future of cities toward sustainability and resilience.

Subject Keywords

Energy Efficiency, Smart City, Urban Design Parameters

URI

https://hdl.handle.net/11511/112950

Collections

Graduate School of Natural and Applied Sciences, Thesis