Programme
Conference Tracks
Explore the scientific themes and sessions across GreenEnergy-2027
AI, Digitalization & Smart Climate Technologies
Digital and AI-enabled systems for climate intelligence, energy modeling and environmental optimization.
- AI for Climate and Energy Modeling
- Machine Learning for Renewable Energy Forecasting
- Digital Twins for Sustainable Infrastructure
- AI-Driven Environmental Optimization
Next-Generation Renewable Energy Technologies
Innovations improving performance, scale and integration of renewable energy systems.
- Perovskite and Tandem Solar Cells
- Advanced Wind Energy Systems
- Floating Offshore Renewables
- Hybrid Renewable Energy Systems
Advanced Energy Storage & Battery Innovation
Battery, long-duration storage and sustainable materials for modern energy systems.
- Solid-State and Sodium-Ion Batteries
- Lithium-Sulfur and Emerging Battery Chemistries
- Long-Duration Energy Storage
- Sustainable Battery Materials and Recycling
Green Hydrogen & Clean Fuels
Production, storage and use of hydrogen and sustainable fuels across sectors.
- Advanced Electrolyzers
- Green Hydrogen Production
- Hydrogen Storage and Transportation
- Power-to-X and Sustainable Synthetic Fuels
Smart Grids, Electrification & Energy Resilience
Grid modernization, electrification and infrastructure resilience for clean energy systems.
- AI-Enabled Smart Grids
- Grid-Forming Inverters
- Microgrids and Distributed Energy
- Climate-Resilient Power Infrastructure
Carbon Capture, Removal & Climate Engineering
Technologies for carbon capture, storage, utilization and durable removal.
- Direct Air Capture
- Carbon Capture and Storage
- Carbon Mineralization
- CO₂ Utilization and Conversion
Climate Change Mitigation & Net-Zero Pathways
Science-based strategies and models for rapid emissions reduction.
- Science-Based Net-Zero Pathways
- Deep Decarbonization Strategies
- Negative-Emission Technologies
- Climate Mitigation Modeling
Sustainable Industrial Technologies
Clean industrial processes for hard-to-abate sectors and manufacturing systems.
- Industrial Electrification
- Green Steel and Low-Carbon Cement
- Clean Industrial Heat
- Industrial Carbon Management
Circular Economy & Sustainable Materials
Resource-efficient materials, recycling and waste-to-value innovation.
- Circular Economy Innovation
- Critical Mineral Recovery
- Sustainable Materials Design
- Waste Valorization and Resource Recovery
Sustainable Buildings & Green Infrastructure
Net-zero buildings, efficient infrastructure and low-carbon construction.
- Net-Zero Energy Buildings
- Building-Integrated Renewable Energy
- AI-Based Building Energy Management
- Low-Carbon Construction Technologies
Clean Transportation & Future Mobility
Low-emission mobility technologies for road, aviation and marine transport.
- Advanced Electric Vehicle Technologies
- Ultra-Fast and Smart EV Charging
- Hydrogen Mobility
- Sustainable Aviation and Marine Fuels
Advanced Nuclear, Fusion & Emerging Clean Energy
Emerging firm clean energy technologies and advanced generation systems.
- Fusion Energy Technologies
- Small Modular Reactors
- Advanced Nuclear Systems
- Next-Generation Geothermal Energy
Climate Adaptation, Resilience & Disaster Risk
Adaptation technologies and risk tools for climate-resilient communities and infrastructure.
- Climate-Resilient Infrastructure
- Extreme Weather Risk Modeling
- Nature-Based Climate Adaptation
- Climate Risk Assessment and Early Warning
Sustainable Water, Food & Environmental Technologies
Integrated solutions for water, food, energy and environmental sustainability.
- Renewable-Powered Water Desalination
- Energy-Efficient Water Treatment
- Climate-Smart Agriculture
- Water–Energy–Food Nexus
Future Sustainable Technologies & Integrated Systems
Cross-sector systems and future technologies for a net-zero society.
- Integrated Energy–Climate Systems
- Sector Coupling and Energy Flexibility
- 100% Clean Energy Systems
- Future Technologies for a Net-Zero Society
Why Multiple Tracks?
Our multi-track format lets attendees tailor their congress experience across renewables, storage, hydrogen, smart grids, carbon capture, circular materials and climate adaptation — with in-depth sessions and cross-sector collaboration.