About the project
This project develops advanced and sustainable polymer materials for power electronic inverters in wind energy systems. By combining nanocomposites, cross-linked networks, and bio-based polymers, it aims to enhance thermal, electrical, and mechanical performance, supporting the creation of more reliable, efficient, and environmentally friendly renewable energy infrastructure.
As wind energy systems grow in scale and complexity, the power inverters at their core face increasing demands—extreme temperatures, high voltages, and harsh environments. This project aims to develop advanced polymer materials for power electronic packaging, with a focus on improving thermal conductivity, dielectric strength, and environmental resilience.
The research explores nanocomposite formulations, cross-linked systems, and bio-based polymers as sustainable alternatives to conventional materials. By incorporating thermal conductive nano-fillers and natural polymer backbones, the project targets greener solutions without compromising performance.
Key tasks include:
- material synthesis
- advanced characterization (Differential Scanning Calorimetry, Thermogravimetric Analysis, Scanning Electron Microscopy, dielectric testing)
- modelling of performance under inverter operating conditions
The goal is to support reliable, efficient, and eco-friendly inverters for wind turbines.
This interdisciplinary project combines materials science, power electronics, and renewable energy engineering, contributing to the development of sustainable energy infrastructure.
