News

Performance evaluation of a PVT system using Phase Change Material for thermal energy storage

August 26, 2024

Our latest research, featured in Energy and Built Environment, explores the use of aluminum oxide (Al₂O₃) and zinc oxide (ZnO) nanoparticles in paraffin wax to enhance photovoltaic-thermal (PVT) systems. With a 41.56% boost in thermal conductivity and a 31.46% improvement in electrical efficiency, our prediction model—developed using response surface methodology (RSM)—optimizes performance. This study marks a significant step forward in sustainable energy solutions!

Innovative Solar Energy Research Featured in PV Magazine

August 23, 2024

Our latest research, featured in PV Magazine, introduces a heliostat field-integrated PVT solar collector using phase change materials (PCMs) enhanced with carbon black additives. With 20 heliostats and a central tower, the system achieved a thermal efficiency of 46.56% and a peak electrical output of 17.77 W at a 0.0045 kg/s water flow rate. The study highlights the potential of PCM-carbon black composites to improve solar energy efficiency and sustainability. Full details are available in Energy Reports.

Milestone Achieved and New Research Venture Ahead

August 2024

I’m excited to announce the successful completion of my project as Project Director under the Young Professional Research Grant, funded by the University Grant Commission (UGC). Receiving the completion certificate is a proud milestone in my research journey, and I am deeply thankful to the UGC and my incredible team for their support.!