◕ Track 1: Clean Energy Generation

 - Solar energy technologies and applications

 - Wind energy systems and optimization

 - Hydropower and marine energy innovations

 - Biomass and bioenergy advancements

 - Geothermal energy technologies

 - Hydrogen production and fuel cells

 - Integration of renewable energy sources into power grids

 - Distributed generation and microgrids

 - Smart inverters and conversion technologies

 - Hybrid renewable energy systems

 - Novel materials for clean energy conversion

 - Environmental and economic assessment of clean energy systems

 - Policy, regulation, and market mechanisms for renewable energy adoption

◕ Track 2: Energy Storage Technologies

 - Advanced battery technologies (lithium-ion, solid-state, flow batteries, etc.)

 - Supercapacitors and ultracapacitors

 - Thermal energy storage (TES) systems

 - Mechanical storage (pumped hydro, compressed air, flywheels, etc.)

 - Hydrogen storage and advanced fuel cell integration

 - Materials and nanotechnology for energy storage

 - Energy management and control systems for storage integration

 - Large-scale and grid-scale storage applications

 - Storage solutions for decentralized and off-grid energy systems

 - Lifecycle analysis and sustainability in energy storage

 - Power electronics for storage systems

 - Safety, reliability, and performance assessment of storage technologies

 - Economic modeling and policy analysis for storage deployment

 - Innovations in energy storage for electric vehicles and mobile applications