i-COSTE 2025 (IEEE International Conference on Sustainable Technology and Engineering) is an academic conference held in Alexandria, Virginia, USA on 2025-12-02. The paper submission deadline is 2025-09-15 (extended). Acceptance notifications are sent on 2025-10-20.
Topic of Interest
Renewable and Alternative Energy Engineering
•Alternative & Green Energy Resource
• Renewable Power Generation
• Renewable Energy Technologies and Integration
• Energy management and control systems
• Solar Photovoltaic and Wind system
• Bioenergy and Biorefinery Technologies
• Solar Thermal Electricity
• Hydro, Tidal and Geothermal Energy
• Renewable Energy Commercialization
• PV and Wind for Rural Development
• Microgrids
Energy Storage and Hydrogen Technology
• Energy Storage Systems and Materials
• Materials for Energy Harvesting and Conversion
• Energy Storage for Transportation
• Battery Technologies for Energy Storage and Application
• Ultracapacitor, Pumped Hydro, Phase Change Materials
• Electrolysers and Fuel Cells Technologies
• Hydrogen Storage Technologies
• Hydrogen-to-Power and Power-to-X
• Hydrogen in Transportation
• Hydrogen Enabled Standalone and Hybrid Power System
• Techno-economic Assessment of Hydrogen Energy
• Hydrogen Economy
Sustainable Energy Systems
• Energy and Environment
• Climate Change Mitigation and Adaptation
• Energy Supply and Energy Utilities
• Energy Education, Outreach and Communication
• Energy Transition and Decarbonization Strategies
• Energy Policy, Economics and Regulation
• Energy Efficiency and Conservation
• Energy Sustainability
• Sustainable Farming
• Carbon Footprint
• Circular Economy
• Clean Energy Innovations
• Sustainable Development Goals
Smart Farming
• Autonomous Machinery and Vehicles for Smart Farming • Crop Monitoring and Management with Drones
• Data Analytics and AI
• Energy-Efficient Farming Solutions
• Farm Management Software for Sustainable Farming
• High-Performance Computing Agricultural Modelling
• Human-Machine Interfaces for Smart Farming
• Nano-Scale Agricultural Technologies
• Precision Irrigation
• Predictive Analytics for Pest Control and Management
• Smart Greenhouses
Future Electricity Grid
• Distributed Energy System and Resources
• Power-grid transmission, distribution system
• Micro/mini/nano grid automation
• Microgrid Planning, Operation and Control
• Energy System Resilience
• Demand side management
• Clean Energy Conversion and Utilization
• Smart grids and Energy Management System
• Machine learning and Artificial Intelligence approaches
• Protection and Emergency Control using Smart Grid
• Electric vehicle travel and charging behaviour analysis
• Virtual Power Plant
IoT and Cyber Security in Energy Systems
• Blockchain technologies for power grid
• Data models and communication-aware
• Smart metering and Smart grids
• Networking standards for the Smart Grid
• Machine learning at the edge for smart-grid
• IoT-based digital twin for smart energy
• Integration of smart meters in smart grid ICT networks
• Communication solutions for smart grid protection
• Models of smart grid security and privacy
• Novel risk assessment models and techniques
• End-to-end security for smart energy systems
Industrial Automation and Robotics
• Distributed control algorithms and their applications for voltage and frequency control
• Resilient, robust, scalable, & cybersecure control methods
• Machine learning for power system and microgrid control
• Integration of renewable energy resources at both distribution and bulk transmission systems
• Mitigation of renewable source variability
• Microgrid optimization and control
• Power-electronics-enabled transactive energy market design
• Autonomous vehicles
• Mobile robotics
• Monitoring of smart manufacturing systems
• Robust and distributed control
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