At The University of Tulsa, innovation is taking a step forward with the development of an advanced solar energy conversion system that combines two cutting-edge technologies: concentrated solar power (CSP) and photovoltaics (PV). This hybrid system is designed to harness both the sun’s light and heat energy, aiming to generate electricity around the clock, not just when the sun is shining.
The hybrid CSP/PV system is at the heart of a recent Tulsa Undergraduate Research Challenge (TURC) summer project. The team, consisting of physics senior Joseph Blackstad, mechanical engineering junior Alan Meyer, and electrical and computer engineering junior Bradyn Combs, has been working to restore and improve the existing experimental facility on the university’s North Campus.
Throughout the project, the students gained practical skills in system repair and installation and deepened their understanding of solar energy technology. They faced challenges, such as discovering the fixed polarity of double-sided solar cells, which required creative problem-solving and perseverance.
The team is still refining the system to ensure smooth operation and maximum efficiency. The next steps include selecting the best method for nighttime energy storage and fine-tuning the automatic sun tracking system. The goal is to produce a system that generates electricity more efficiently, providing valuable scientific data for future research.
“This project has far-reaching implications,” said Parameswar Harikumar, professor of physics. “On a global scale, it contributes to the ongoing transition to renewable energy sources like solar and wind. Within the university, it offers students a hands-on learning experience, fostering collaboration and innovation.”
By combining light and heat energy from the sun, this hybrid CSP/PV system has the potential to revolutionize the way electricity is generated, making it possible to harness the sun’s power continuously. “The work being done today at The University of Tulsa is not just about restoring a facility,” said Soroor Karimi, assistant professor of mechanical engineering. “It’s about paving the way for a more sustainable future.”
The progress made by the TURC team is an important part of UTulsa’s ongoing advanced solar energy research.