ROME 3rd World Congress on Smart Energy Systems & Technologies: SEST-28

1. Smart Energy Systems & Intelligent Energy Technologies

Smart Energy Systems, Intelligent Energy Management, Advanced Energy Technologies, Smart Power Systems, Digital Energy Infrastructure, Integrated Energy Systems, Energy Systems Engineering, Energy Informatics, Intelligent Power Distribution, Energy Automation, Smart Energy Networks, Digitalization of Energy Systems, Artificial Intelligence in Energy Management, Machine Learning for Energy Optimization, Internet of Things (IoT) in Energy Systems, Cyber-Physical Energy Systems, Energy Monitoring and Control, Real-Time Energy Management, Smart Energy Sensors, Intelligent Energy Forecasting, Energy Efficiency Technologies, Advanced Energy Conversion, Energy System Modeling and Simulation, Energy Optimization Algorithms, Autonomous Energy Systems, Sustainable Energy Engineering and Future Intelligent Energy Infrastructure.

2. Smart Grids, Microgrids & Advanced Power Networks

Smart Grid Technologies, Advanced Electrical Grid Infrastructure, Smart Grid Architecture, Intelligent Power Transmission and Distribution, Smart Grid Communication Networks, Advanced Metering Infrastructure, Smart Meters, Smart Substations, Digital Substations, Intelligent Distribution Automation, Distribution Management Systems, Advanced Distribution Management Systems, Wide Area Monitoring Systems, Phasor Measurement Units, Grid Monitoring and Diagnostics, Grid Stability and Reliability, Smart Grid Protection, Adaptive Protection Systems, Fault Detection and Isolation, Self-Healing Power Networks, Grid Modernization, Grid Interconnection, Microgrid Design and Operation, AC Microgrids, DC Microgrids, Hybrid AC/DC Microgrids, Networked Microgrids, Microgrid Energy Management, Islanded Microgrid Operation, Grid-Connected Microgrids, Peer-to-Peer Energy Trading, Virtual Power Plants and Transactive Energy Systems.

3. Renewable Energy Systems & Smart Renewable Integration

Renewable Energy Engineering, Smart Renewable Energy Systems, Solar Photovoltaic Technologies, Smart Solar Energy Management, Solar Thermal Energy Systems, Concentrated Solar Power, Wind Energy Conversion Systems, Offshore Wind Energy, Floating Offshore Wind Technologies, Smart Wind Farm Management, Hydropower Technologies, Small-Scale Hydropower, Marine Renewable Energy, Tidal and Wave Energy Conversion, Geothermal Energy Systems, Biomass Energy Conversion, Biogas Technologies, Waste-to-Energy Systems, Hybrid Renewable Energy Systems, Solar-Wind Hybrid Systems, Renewable Energy Forecasting, Renewable Energy Resource Assessment, Renewable Energy Integration into Smart Grids, Variable Renewable Energy Management, Renewable Energy Curtailment Reduction, Distributed Renewable Generation, Renewable Energy Power Electronics, Renewable Energy System Optimization, Renewable Energy Reliability Assessment and Sustainable Renewable Energy Deployment.

4. Energy Storage Systems, Batteries & Advanced Storage Technologies

Energy Storage Technologies, Battery Energy Storage Systems, Lithium-Ion Batteries, Sodium-Ion Batteries, Solid-State Batteries, Flow Batteries, Advanced Battery Materials, Battery Management Systems, Intelligent Battery Monitoring, Battery State-of-Charge Estimation, Battery State-of-Health Prediction, Battery Thermal Management, Battery Degradation Modeling, Battery Safety and Reliability, Battery Recycling and Second-Life Applications, Grid-Scale Energy Storage, Distributed Energy Storage, Hybrid Energy Storage Systems, Supercapacitor Technologies, Flywheel Energy Storage, Compressed Air Energy Storage, Pumped Hydroelectric Storage, Thermal Energy Storage, Latent Heat Storage, Phase Change Materials, Hydrogen-Based Energy Storage, Long-Duration Energy Storage, Seasonal Energy Storage, Energy Storage Sizing and Optimization, Storage Integration with Renewable Energy and Intelligent Energy Storage Control.

5. Artificial Intelligence, Machine Learning & Digital Energy Systems

Artificial Intelligence for Smart Energy Systems, Machine Learning in Power Systems, Deep Learning for Energy Forecasting, Reinforcement Learning for Energy Management, Predictive Analytics in Energy Networks, Big Data Analytics for Energy Systems, Energy Data Science, Digital Twins of Power Systems, Digital Twin-Based Energy Management, Predictive Maintenance of Energy Infrastructure, Intelligent Fault Diagnosis, Automated Energy System Monitoring, Edge Computing for Smart Grids, Cloud Computing in Energy Management, Federated Learning for Distributed Energy Systems, Explainable Artificial Intelligence in Power Engineering, AI-Based Power Flow Optimization, Intelligent Demand Forecasting, Smart Load Prediction, Renewable Energy Generation Forecasting, Anomaly Detection in Energy Consumption, Automated Energy Trading, AI-Driven Energy Efficiency, Intelligent Energy Scheduling, Autonomous Grid Operation and Human-AI Collaboration in Energy Control Systems.

6. Smart Buildings, Smart Homes & Energy-Efficient Infrastructure

Smart Building Energy Management, Building Automation Systems, Smart Home Energy Technologies, Home Energy Management Systems, Intelligent Lighting Systems, Smart Heating, Ventilation and Air Conditioning, Energy-Efficient Building Design, Zero-Energy Buildings, Net-Zero Energy Buildings, Positive Energy Buildings, Smart Building Sensors, Occupancy-Based Energy Management, Building Energy Modeling, Building Information Modeling for Energy Efficiency, Intelligent Temperature Control, Smart Thermostats, Advanced Building Energy Monitoring, Demand-Controlled Ventilation, Building-Integrated Photovoltaics, Building Energy Storage, Smart Appliances, Residential Demand Response, Smart Campus Energy Systems, Smart Hospitals, Smart Commercial Buildings, Sustainable Construction Technologies, Passive Building Technologies, Building Energy Retrofit Strategies and Intelligent Building-to-Grid Integration.

7. Electric Vehicles, Smart Mobility & Transportation Electrification

Electric Vehicle Technologies, Hybrid Electric Vehicles, Plug-in Hybrid Electric Vehicles, Battery Electric Vehicles, Fuel Cell Electric Vehicles, Electric Vehicle Energy Management, Intelligent Electric Vehicle Charging, Smart Charging Infrastructure, Fast and Ultra-Fast Charging Technologies, Wireless Electric Vehicle Charging, Bidirectional Charging, Vehicle-to-Grid Technologies, Vehicle-to-Home Systems, Vehicle-to-Building Integration, Vehicle-to-Everything Energy Applications, Electric Vehicle Battery Management, Battery Swapping Technologies, Electric Vehicle Charging Station Optimization, Charging Demand Forecasting, Electric Fleet Management, Electric Public Transportation, Electric Buses and Railways, Smart Mobility Energy Systems, Renewable-Powered Charging Stations, Electric Vehicle Grid Impact Analysis, Transportation Energy Optimization, Sustainable Urban Mobility, Charging Infrastructure Planning and Integrated Mobility-Energy Networks.

8. Hydrogen Energy, Fuel Cells & Power-to-X Technologies

Hydrogen Energy Systems, Green Hydrogen Production, Blue Hydrogen Technologies, Low-Emission Hydrogen Pathways, Water Electrolysis Technologies, Proton Exchange Membrane Electrolysis, Alkaline Electrolysis, Solid Oxide Electrolysis, Hydrogen Storage Technologies, Hydrogen Transportation and Distribution, Hydrogen Safety Engineering, Hydrogen Infrastructure Development, Hydrogen Fuel Cells, Proton Exchange Membrane Fuel Cells, Solid Oxide Fuel Cells, Hydrogen-Based Power Generation, Hydrogen Microgrids, Renewable Hydrogen Integration, Power-to-Hydrogen Systems, Power-to-Gas Technologies, Power-to-Liquid Fuels, Power-to-Ammonia Technologies, Power-to-Methanol Technologies, Synthetic Fuel Production, Hydrogen Energy Management, Hydrogen System Efficiency, Hydrogen Techno-Economic Analysis and Hydrogen Applications in Industrial Decarbonization.

9. Power Electronics, Control Systems & Energy Conversion Technologies

Power Electronics for Smart Energy Systems, Advanced Power Semiconductor Devices, Silicon Carbide Power Electronics, Gallium Nitride Power Devices, High-Efficiency Power Converters, DC-DC Converter Technologies, AC-DC and DC-AC Conversion, Smart Inverters, Grid-Forming Inverters, Grid-Following Inverters, Multilevel Inverters, Solid-State Transformers, Flexible AC Transmission Systems, High-Voltage Direct Current Transmission, Power Quality Improvement, Harmonic Mitigation, Reactive Power Compensation, Voltage Regulation, Frequency Control, Model Predictive Control, Adaptive Control, Robust Control, Distributed Control Systems, Intelligent Converter Control, Power System Stability Enhancement, Energy Conversion Optimization, Industrial Power Drives and Advanced Motor Control Technologies.

10. Demand Response, Energy Efficiency & Intelligent Load Management

Demand-Side Management, Demand Response Technologies, Smart Load Management, Intelligent Energy Consumption Monitoring, Peak Load Management, Peak Shaving, Load Shifting, Dynamic Load Control, Demand Flexibility, Automated Demand Response, Time-of-Use Electricity Pricing, Real-Time Electricity Pricing, Critical Peak Pricing, Energy Efficiency Optimization, Industrial Energy Efficiency, Residential Energy Efficiency, Commercial Energy Efficiency, Energy Conservation Technologies, Smart Energy Auditing, Industrial Load Scheduling, Flexible Manufacturing Energy Systems, Energy-Efficient Appliances, Demand Aggregation, Virtual Power Plant Demand Management, Consumer Energy Behavior, AI-Based Consumption Optimization, Energy Savings Measurement and Verification, Smart Energy Feedback Systems and Demand-Supply Balancing.

11. Smart Cities, Urban Energy Systems & Sustainable Infrastructure

Smart Cities and Energy Infrastructure, Urban Energy Planning, Intelligent Urban Power Networks, Integrated Urban Energy Systems, Smart Street Lighting, Smart Public Infrastructure, Urban Renewable Energy Systems, District Heating and Cooling Networks, Smart Thermal Networks, Waste Heat Recovery, Urban Energy Storage, Smart Water-Energy Systems, Water-Energy-Food Nexus, Sustainable Urban Development, Smart Community Energy Systems, Community Microgrids, Local Energy Communities, Smart Energy Districts, Urban Electrification, Green Urban Infrastructure, Smart Municipal Energy Management, Energy-Efficient Public Transportation, Smart City Digital Twins, Intelligent Infrastructure Monitoring, Climate-Resilient Energy Infrastructure, Urban Carbon Neutrality, Sustainable District Energy Planning and Integrated Smart City Management.

12. Energy Cybersecurity, Communication Networks & Data Management

Smart Grid Cybersecurity, Cyber-Physical Security of Power Systems, Energy Infrastructure Cybersecurity, Industrial Control System Security, Supervisory Control and Data Acquisition Security, Smart Meter Data Security, Secure Energy Communication Networks, Internet of Energy, Industrial Internet of Things, Energy Network Communication Protocols, Advanced Grid Data Management, Energy Data Privacy, Blockchain for Smart Energy Systems, Distributed Ledger Technologies in Energy Trading, Secure Peer-to-Peer Energy Transactions, Cyberattack Detection in Smart Grids, Intrusion Detection Systems, Energy Infrastructure Threat Modeling, Grid Resilience Against Cyberattacks, Secure Distributed Energy Resource Management, Edge Security in Energy Systems, Privacy-Preserving Energy Analytics, Cybersecurity Risk Assessment, Critical Energy Infrastructure Protection and Secure Smart Energy Architecture.

13. Energy Economics, Markets, Policy & Sustainable Finance

Energy Economics, Electricity Market Design, Wholesale Electricity Markets, Retail Energy Markets, Electricity Pricing Mechanisms, Dynamic Energy Tariffs, Renewable Energy Economics, Energy Investment Analysis, Energy Project Finance, Sustainable Energy Finance, Green Bonds, Climate Finance, Carbon Markets, Carbon Pricing, Emissions Trading Systems, Energy Subsidies and Incentives, Energy Policy and Regulation, Energy Market Liberalization, Energy Security Economics, Renewable Energy Auctions, Power Purchase Agreements, Corporate Renewable Energy Procurement, Energy Access and Affordability, Energy Poverty, Energy Justice, Energy Transition Policy, Energy Infrastructure Investment, Energy Risk Management, Energy Business Models, Decentralized Energy Markets and Sustainable Energy Development Strategies.

14. Environmental Sustainability, Decarbonization & Climate-Resilient Energy

Sustainable Energy Development, Carbon Neutrality Strategies, Net-Zero Energy Systems, Low-Carbon Energy Technologies, Industrial Decarbonization, Energy Transition Pathways, Life Cycle Assessment of Energy Technologies, Carbon Footprint Assessment, Greenhouse Gas Emissions Reduction, Circular Economy in Energy Systems, Recycling of Renewable Energy Components, Sustainable Battery Materials, Environmental Impacts of Energy Infrastructure, Climate Change Mitigation, Climate Adaptation of Energy Systems, Climate-Resilient Power Networks, Climate Risk Assessment, Sustainable Resource Management, Water Consumption in Energy Production, Biodiversity Impacts of Energy Projects, Environmental Energy Policy, Sustainable Energy Planning, Carbon Capture and Storage, Carbon Capture Utilization, Negative Emissions Technologies, Energy-Environment Nexus and Integrated Climate-Energy Modeling.

15. Nuclear Energy, Advanced Reactors & Hybrid Energy Systems

Nuclear Power Engineering, Advanced Nuclear Reactor Technologies, Small Modular Reactors, Microreactors, Generation IV Nuclear Systems, Nuclear Energy Safety, Nuclear Fuel Cycle Management, Radioactive Waste Management, Nuclear Power Plant Monitoring, Digital Instrumentation and Control in Nuclear Facilities, Nuclear Cybersecurity, Nuclear Energy System Reliability, Nuclear-Renewable Hybrid Energy Systems, Nuclear-Assisted Hydrogen Production, Nuclear Heat Applications, Nuclear Energy Storage Integration, Advanced Reactor Thermal Management, Nuclear Energy Economics, Nuclear Energy Policy, Nuclear Energy in Low-Carbon Power Systems, Nuclear Plant Predictive Maintenance, Smart Nuclear Infrastructure, Nuclear Energy Integration with District Heating and Advanced Nuclear Energy Research.

16. Industrial Smart Energy Systems & Advanced Manufacturing

Industrial Energy Management, Industrial Energy Efficiency, Smart Manufacturing Energy Systems, Industry 4.0 Energy Technologies, Industry 5.0 and Sustainable Energy Systems, Industrial Internet of Things for Energy Management, Intelligent Industrial Automation, Energy-Efficient Production Systems, Smart Factory Energy Optimization, Industrial Waste Heat Recovery, Industrial Electrification, Electrified Process Heating, High-Temperature Heat Pumps, Smart Industrial Boilers, Industrial Thermal Energy Storage, Energy Management in Steel and Cement Industries, Energy Management in Chemical Manufacturing, Industrial Power Quality, Intelligent Electric Motor Systems, Energy-Efficient Industrial Robotics, Predictive Maintenance of Industrial Equipment, Industrial Energy Auditing, Smart Process Control, Industrial Energy Digital Twins, Energy-Efficient Data Centers and Sustainable Industrial Energy Infrastructure.

17. Energy System Planning, Optimization, Reliability & Resilience

Integrated Energy System Planning, Power System Expansion Planning, Generation Capacity Planning, Transmission Network Planning, Distribution Network Optimization, Multi-Energy System Modeling, Energy System Simulation, Optimal Power Flow, Stochastic Energy Optimization, Robust Energy Optimization, Multi-Objective Energy Planning, Energy Resource Allocation, Energy Scheduling and Dispatch, Unit Commitment, Economic Dispatch, Renewable Energy Uncertainty Modeling, Probabilistic Energy Forecasting, Power System Reliability Assessment, Energy Infrastructure Asset Management, Power Grid Resilience, Extreme Weather Risk Assessment, Blackout Prevention and Recovery, Disaster-Resilient Microgrids, Energy Security Planning, Critical Infrastructure Resilience, Decentralized Energy Planning, Smart Energy System Performance Assessment and Long-Term Energy Transition Modeling.

18. Interdisciplinary & Emerging Research in Smart Energy Systems

AI-Driven Smart Grid Optimization, Digital Twin-Based Renewable Energy Management, Blockchain-Enabled Peer-to-Peer Electricity Trading, Machine Learning for Battery Health Prediction, Smart Charging and Vehicle-to-Grid Integration, Hydrogen Production Using Surplus Renewable Electricity, Grid-Forming Inverters for Renewable-Dominated Power Systems, Integrated Solar-Wind-Hydrogen Energy Systems, Smart Energy Communities and Local Electricity Markets, Cybersecure Microgrid Control, AI-Based Fault Detection in Renewable Energy Networks, Renewable Energy Forecasting and Grid Stability, Smart Building Energy Management with IoT, Hybrid Battery-Supercapacitor Energy Storage, Carbon-Aware Computing and Data Center Energy Optimization, Climate-Resilient Smart Grid Infrastructure, Energy-Water-Hydrogen Integrated Systems, Intelligent Industrial Decarbonization, Demand Response Using Reinforcement Learning, Smart City Energy Digital Twins, Energy Storage for Grid Flexibility, Integrated Electricity and Heat Networks, Sustainable Energy Financing and Intelligent Low-Carbon Energy Infrastructure.