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<p>Electric Vehicles (EVs) shape the future of clean transportation when they become part of intelligent city networks. This research examines how smart cities and electric vehicle technology depend on each other through G2V and V2G systems for better energy management and stable power networks. The analysis demonstrates how EVs work as transportable power banks to help connect renewable energy sources while improving city air. The research discusses major EV adoption problems like missing infrastructure and technology difficulties. To address these issues, the research recommends creative fixes such as the use of artificial intelligence efficiency tools to optimize charging and discharging schedules, and the establishment of secure blockchain energy markets to incentivize EV adoption. This research covers technical improvements, urban transport options, and rules to achieve efficient EV usage in smart cities. Upcoming research suggests that teamwork across different fields and new technologies, such as wireless charging and quantum computing, will build resilient, sustainable urban communities.</p>

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Revolutionizing urban mobility: exploring the nexus of smart cities and bidirectional electric vehicle integration

  • 期刊论文

  • 发表日期：

    2025年8月5日

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  • Yazeed Yasin Ghadi,
  • Sunawar Khan,
  • Tehseen Mazhar,
  • Muhammad Amir Khan,
  • Tariq Shahzad,
  • Habib Hamam

摘要

Electric Vehicles (EVs) shape the future of clean transportation when they become part of intelligent city networks. This research examines how smart cities and electric vehicle technology depend on each other through G2V and V2G systems for better energy management and stable power networks. The analysis demonstrates how EVs work as transportable power banks to help connect renewable energy sources while improving city air. The research discusses major EV adoption problems like missing infrastructure and technology difficulties. To address these issues, the research recommends creative fixes such as the use of artificial intelligence efficiency tools to optimize charging and discharging schedules, and the establishment of secure blockchain energy markets to incentivize EV adoption. This research covers technical improvements, urban transport options, and rules to achieve efficient EV usage in smart cities. Upcoming research suggests that teamwork across different fields and new technologies, such as wireless charging and quantum computing, will build resilient, sustainable urban communities.