3rd International Conference on Smart Sustainable Materials and Technologies
ICSSMT 2025
Call for Papers
3rd International Conference on Smart Sustainable Materials and Technologies
ICSSMT 2025
Call for Papers
3rd International Conference on Smart Sustainable Materials and Technologies
ICSSMT 2025
Call for Papers
ICSSMT invites original research papers, research studies, and review articles that address the conference scope and contribute to the advancement of smart sustainable materials and technologies in the power systems domain.
Potential topics include but are not limited to:
Track 1: Materials for Power System Components
- High-temperature superconducting materials for power transmission and distribution
- Nanomaterials, insulating materials and Bio-based and sustainable insulating materials
- Battery materials for grid-scale energy storage
- Supercapacitor materials and hydrogen storage materials for renewable energy integration
- Thermal energy storage materials for grid balancing
- Advanced materials for solar cells and photovoltaic systems
- Materials for hydropower turbines, geothermal energy conversion and generator.
- Wide bandgap semiconductors and passive components for power converters
- Advanced packaging materials for power electronic modules
- Sensor materials for condition monitoring and fault detection
- Materials for extreme weather and disaster-resistant power systems
Track 2: Sustainable Material Science Technologies for Power Systems
- Materials recycling and circular economy in power systems
- Lightweight Materials for Power System Equipment
- Materials for energy harvesting and self-powered devices
- Materials for self-healing and self-repairing components
- Design for recyclability and end-of-life management
- Energy-efficient and low-emission manufacturing techniques
- Fire-resistant and environmentally friendly materials for switchgears
- Corrosion protection coatings for power system components
- Advanced characterization techniques for material performance evaluation
- Computational materials design for new materials development
- Multiscale modeling of material behaviour
- Repair and refurbishment technologies for power system components