Call for Papers
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- Call for Papers
Contributed papers are solicited describing original works in smart city and green energy and related technologies. Topics and technical areas of interest include but are not limited to the following:
1. Power Systems and Smart Grid Technologies
Forecasting of load demand and generation from intermittent renewable energy resources- Power system planning and reliability
- Power system operation and security
- Economic dispatch and optimal power flow
- Power system dynamics, stability and control
- Protection, automation, and control devices of power systems
- Smart grid monitoring, communication, and control technologies
- Digital twins and real-time simulation for power systems
- Wide-area measurement systems (WAMS) and PMU applications
2. Renewable Energy Integration and Energy Storage Systems
- Grid integration of large-scale wind and photovoltaic systems
- Offshore wind power and hybrid renewable energy systems
- Energy storage technologies and applications in power systems
- Power quality and reliability issues related to renewable energy
- Power electronics and converters for renewable energy systems
- Hydrogen energy and power-to-X technologies
- Distributed renewable energy resources and control strategies
- Long-distance transmission of renewable energy generation
3.Power Electronics, Control, and Energy Conversion
- Power electronic devices and systems for energy conversion
- Advanced control strategies for power and energy systems
- High-voltage and high-power conversion technologies
- Electric machines and drives for energy applications
- FACTS, HVDC, and flexible transmission technologies
- DC power distribution system
- Grid-forming and grid-following converter control
4. Grid Resilience, Reliability, and Security
- Power system resilience under extreme events and climate impacts
- Alarm processing, fault detection, diagnosis, and self-healing in power grids
- Reliability assessment and risk analysis of power systems
- Cybersecurity and data protection in smart grids
- Emergency control, restoration, and black-start strategies
- Resilient microgrids and critical infrastructure protection
5. Microgrids, Distributed Energy Resources, and Virtual Power Plants
- Microgrid planning, operation, and energy management
- Distributed energy resources (DERs) coordination and control
- Virtual power plants and aggregated energy systems
- Islanded and grid-connected microgrid operation control
- Peer-to-peer energy trading and local energy communities
- Edge computing and decentralized control for energy systems
6. Artificial Intelligence and Data Analytics for Power and Energy Systems
- Machine learning and AI for power system planning, operation and control
- AI based forecasting of load demand, renewable generation, and electricity prices
- Intelligent fault diagnosis and predictive maintenance
- Big data analytics and digitalization of power grids
- Intelligent decision-making for energy management systems
- Applications of large language models in power and integrated energy systems
7. Energy Markets, Economics, and Policy
- Electricity energy market
- Capacity market
- Ancillary service market
- Demand response
- Network pricing
- Market-based power system dispatch and optimization
- Regulatory frameworks and energy policy analysis
- Carbon markets, emission trading, and sustainability assessment
- Integrated energy markets and multi-energy systems
- Power and energy economics
- Participation strategies of market entities
8. Smart Cities and Electrified Infrastructure
- Smart city energy systems and urban power infrastructure
- Charging infrastructure planning of electric vehicles (EVs)
- Integration of EVs in power system operation and vehicle-to-grid (V2G)
- Intelligent transportation electrification and energy management
- Building energy management and smart buildings
- Integrated energy systems for sustainable cities