Key Takeaways
- The issue emphasizes the integration of Vehicle-to-Grid/Everything (V2G/X) technologies in smart cities for sustainable energy systems.
- Research topics include energy management, market mechanisms, AI applications, and urban resilience strategies.
- Submissions aim to demonstrate how V2G/X can facilitate the alignment of urban energy systems with net-zero targets.
Focus on Interdisciplinary Research
This special issue delves into the role of Vehicle-to-Grid/Everything (V2G/X) technologies in shaping sustainable urban energy systems within smart cities. It seeks interdisciplinary research aimed at optimizing bidirectional energy flows between transportation and electrical grid systems to promote the integration of renewable energy and enhance grid resilience.
A variety of research topics are encouraged, including energy management, which encompasses demand response, grid stability, and renewable energy integration. The issue also addresses market mechanisms such as dynamic pricing strategies and incentives for electric vehicle (EV) users. Advancements in artificial intelligence for complex system modeling and optimization are highlighted, along with the coordination of cyber-physical infrastructures.
Submissions are expected to showcase V2G/X’s application in electrified transportation networks, distributed energy storage, and urban resilience planning. Emphasis will be placed on the socio-techno-economic synergies that can arise through these integrations.
Key areas of interest include:
– **Energy Management with V2G/X:** This includes demand response strategies, voltage regulation, and the integration of renewable energy sources.
– **Market Dynamics/Mechanisms:** Research in this area focuses on economic models for energy arbitrage, strategies for EV charging, and stakeholder engagement.
– **AI Applications:** AI-driven methodologies are crucial for modeling complex systems and optimizing operations within V2G/X frameworks.
– **eMobility and Transportation Electrification:** Studies will explore shared EV systems, consumer preferences, and urban transport policies.
– **Cyber-Physical Systems:** This focuses on V2G/X communications, cybersecurity challenges, and the coordination of computing resources with EV infrastructure.
– **Urban System Resilience:** Investigations will cover resilience planning and restoration strategies that integrate energy and transportation networks.
This issue ultimately seeks transformative solutions that align urban energy systems with net-zero goals through enhanced interactions between EVs, the grid, and communities.
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