Theme
Intelligent Energy Systems and
AI-Driven Solutions
Workshops & panel discussions. Post graduate and PhD workgroups.Â
Networking
Exhibitions
Poster presentations and Industry exhibitions
Keynote Speeches
Research presentations
In-person and online presentation
by renowned academic & industry experts
Overview
Conference Features
The RESET conference covers a comprehensive range of topics, including renewable energy systems, hydrogen production and storage technologies, AI-enabled energy optimization, smart grid integration, energy storage solutions, power electronics, and sustainable energy transitions.
The conference attracts attendees from diverse backgrounds: electrical engineering, energy systems, computer science, environmental engineering, chemical engineering, mechanical engineering, automobile engineering, and related fields.
Topics of Interest
Track 1: Hydrogen Technologies
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Green hydrogen production (PEM, Alkaline, AEM, SOEC electrolysis)
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Photoelectrochemical and biological hydrogen production
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Hydrogen storage (compressed, liquid, metal hydride, chemical)
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Hydrogen distribution infrastructure and safety
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Fuel cell technologies (PEMFC, SOFC, AFC, DMFC)
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Fuel cell applications in transportation and stationary power
Track 3: Smart Grid and Power Electronics
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Smart grid architecture and communication protocols
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Advanced metering infrastructure (AMI)
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Demand response and load management
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Power converters for renewable energy systems
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Wide bandgap semiconductors (SiC, GaN)
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EV charging infrastructure and V2G integration
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Cybersecurity in smart grid systems
Track 5: Energy System Modeling and Control
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Energy system simulation tools and platforms
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Power system stability and control
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Optimal power flow and economic dispatch
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Multi-objective optimization in energy systems
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Computational fluid dynamics for energy systems
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Techno-economic modeling frameworks
Track 7: Industrial Applications and Case Studies
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Hydrogen in steel, cement, and chemical industries
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Power-to-X technologies (Power-to-Gas, Power-to-Liquid)
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Industrial decarbonization strategies
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Successful renewable energy deployment case studies
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Hydrogen valley and cluster initiatives
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Smart city energy transition projects
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International collaboration and technology transfer
Track 2:Â Renewable Energy Systems
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Solar photovoltaic systems and technologies
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Wind energy systems and grid integration
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Hybrid renewable energy systems
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Energy storage technologies (Li-ion, flow batteries, VRFBs, supercapacitors)
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Thermal and compressed air energy storage
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Microgrid and distributed generation systems
Track 4:Â AI and Digital Technologies
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Machine learning for energy demand forecasting
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Deep learning for renewable energy prediction
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Digital twin frameworks for energy systems
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Process mining for energy optimization
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Edge AI for distributed energy resources
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IoT and sensor networks for energy monitoring
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Explainable AI in energy applications
Track 6:Â Policy, Economics, and Sustainability
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National hydrogen strategies and roadmaps
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Renewable energy policy design and implementation
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Techno-economic analysis and LCOH analysis
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Life cycle assessment of energy technologies
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Carbon pricing and emission trading systems
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Energy finance and investment mechanisms
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Standards, certification, and compliance
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Energy justice and equitable transition policies
Track 8: Emerging Technologies and Cross-cutting Themes
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Next-generation solar cells (perovskite, tandem)
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Solid-state batteries and advanced storage
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Floating offshore wind technologies
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Ocean energy (wave, tidal, OTEC)
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Human-centered design in energy applications
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Community engagement and social acceptance
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Energy system resilience and reliability
