Enhancing Energy Efficiency in Connected Vehicles for Traffic Flow Optimization
Zeinab Shahbazi,
Slawomir Nowaczyk
Abstract:In urban settings, the prevalence of traffic lights often leads to fluctuations in traffic patterns and increased energy utilization among vehicles. Recognizing this challenge, this research addresses the adverse effects of traffic lights on the energy efficiency of electric vehicles (EVs) through the introduction of a Multi-Intersections-Based Eco-Approach and Departure strategy (M-EAD). This innovative strategy is designed to enhance various aspects of urban mobility, including vehicle energy efficiency, tra… Show more
The study investigated how cutting‐edge smart city technologies (SCT) contribute to developmental strategies and foster sustainable, efficient, and technologically advanced urban ecosystems. The study is based on multi‐qualitative methods. In the first phase, comprehensive literature was reviewed using the systematic literature review (SLR). Based on the literature recommendations in the second phase, structured interviews were conducted with the professionals based on snowball and purposive sampling techniques. The data were collected from NEOM's working professionals for the interviews. In the third phase, the conclusions of the case studies were also added to generalize the findings comprehensively. The study proclaims that SCT plays a significant role in developing the smart ecosystem in smart cities. The study also investigated the NEOM's potential to elevate urban sustainability. Moreover, the study found that implementing the SCT enhances operational efficiencies, creates new job opportunities, and improves mobility and quality of life. The study also contributed to the equitable theory and presented the shared resources concept. The integration of SCT enhances the quality of life and attracts investment. The study also emphasized the availability of robust data infrastructure and stakeholder engagement to integrate SCT in urban planning and development successfully.
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