The submission Web page for UESF-2025 is
https://easychair.org/

Workshop 1. Digital Energy

Dear Friends and Colleagues,
We welcome high-quality research at the intersection of computing and communication technologies with energy systems.

• Applications of cyber-physical systems and Internet-of-Things (IoT) to smart energy systems
• Large Language Models (LLMs) for Sustainable Energy Systems
• Energy forecasting and predictive maintenance
• Modelling and analysis of multimodal and cross-sectoral energy systems
• Automation and control of smart grids
• Electricity market and electricity supply chain measurement
• AI/ML and data analytics
• Cybersecurity in energy system operation and control
• Digital twins, ICT-driven intelligent, and autonomous controls
• Microgrid and distributed generation management and control
• Modeling and understanding user behavior in energy systems
• Monitoring, and control of energy systems
• Smart grid and grid modernization
• IoT in component maintenance
• Smart power system operational elements
• Optimize energy operations, improve resilience, and foster sustainable energy practices
• Virtual power plants, and VxG applications
• Integrated Features of ICT and Power Systems
• IoT and edge computing solutions for energy systems
• Data-driven modelling, big data management,
• AI in Renewable Energy Systems
• Smart Grids and Digital Energy Management
• Off-Grid and Mini-Grid Systems
• Energy sharing models and blockchain technologies
• Power Electronics for Power Grids
• Power Grid Planning and Operation
• Smart Grid Operation and Control
• Smart sensing for smart grids
• Internet of Things (IoTs) for smart grids
• Wireless power transfer and Smart grid communications
• IoT for critical energy infrastructure
• Energy Infrastructures and Components
• Smart substations and advanced asset management
• Future energy markets, End-users, Regulation, and Prosumers
• Peer-to-peer energy trading and aggregation of distributed resources
• Circular Economy and Energy
• Energy Market Trends and Analytics

Workshop 2. Renewable Energy and Resources

We are welcoming all the works associated with but not limited to the following issues: renewable heating, cooling and power generation, smart grids, energy systems engineering

• Wind Energy. Wind power plants, wind energy and the environment, turbines.
• Hydropower. Small hydro for contribute to distributed generation in a regional electricity grid, small hydro projects for isolated areas
• Ocean and Marine Energy
• Biofuels & Bioenergy. Waste-to-Energy (MSW), landfill gas and biogas
• Geothermal Energy
• Nano energy
• Solar thermal energy
• PV Systems. Design and installation of PV systems, operation and maintenance of PV systems, monitoring, system failure analysis
• Technologies and simulation for short-term and seasonal storage
• Renewable energy storage and integration
• Hydrogen-based Energy Grids
• Hydrogen economy and fuel cells, energy storage integration, and microgrid solutions
• Nuclear power
• Wave power, Tidal power
• Waste-to-Energy Technologies
• Design and operation of low-carbon energy systems
• Distributed generation, and energy storage systems
• Virtual power plants and grid integration of small-scale and large-scale renewable resources
• Smart grids with renewable energy and energy storage

Workshop 3.  Thermodynamics and Heat Transfer in Energy and Environmental Applications

We are welcoming all the works associated with but not limited to the following issues:

• advancements in thermal-fluids engineering,
• thermal energy storage, heat exchangers,
• industrial thermal processes and systems,
• combustion technologies, cryogenics

Workshop 4. Effective environmental policy strategies and Climate Change.

• Political, economic, and legal considerations in implementation of effective governance strategies, направленных на решение to international environmental problems: biosafety, biodiversity loss, climate change, desertification, forest conservation, ozone depletion, transboundary pollutant flows, and the management of marine and fresh-water resources. Trans-boundary and cross-jurisdictional issues, legislative and governance frameworks, policy and management issues associated with building, maintaining and restoring robust social-ecological systems at regional scales.
• impacts of legislation, regulation, and the economy on pollution control
• effective governance strategies,
• International Environmental Agreements
• the environmental impacts of socio-economic development.
• environmental management
• use and conservation of natural resources,
• protection of habitats and control of hazards,
• ecological economics,
• environmental law,
• geosciences and information science,
• public affairs
• Ecological Impacts;
• Advances in Modeling;
• Sea Level Projections;
• Climate Feedback and Sensitivity;
• Hydrologic Impact; Effects on Human Health;
• Economics and Policy Issues.
• shortages of natural resources,
• impacts on ecosystems and deterioration of the natural environment.

Workshop 3.  Industrial Ecology

• Environmental Modeling and Assessment, Environmental Monitoring
• development of monitoring systems

• Wastewater treatment and reuse
• methods and procedures for pollution risk assessment,
• synthesis of monitoring data with toxicological, epidemiological and health data,
• principles in the design of monitoring systems,
• the use of monitoring data in assessing the consequences of natural resource management and pollution risks,
• development of monitoring systems related to the management of various renewable natural resources.
• Water resources management, waste water treatment, and waste management
• Carbon Management & Greenhouse Gas Mitigation low-carbon mobility,
• the contribution of low-carbon mobility to sustainable development.
• Environmental risks and hazards
• Aerobiology
• biological weathering and biodeterioration,
• indoor air quality
• air-conditioning technology and industrial aerobiology
• bioaerosols and transport mechanisms
•  biometeorology
• biological pollution
• biological input to global change
• Measurement and accounting of greenhouse gas emissions
• carbon capture, storage and sequestration;