The ReLeaf project stands out with its biomimetic approach developed as an alternative to the fixed structure of traditional solar panels. The design is based on the phototropism mechanism, which causes plants to move toward the sun. Thanks to AI-supported smart materials, the system can track the sun without the need for energy-consuming mechanical parts. 

The panel, which can capture the optimal angle to the sun at any moment, contributes to sustainable energy production by providing 25-30% higher energy efficiency than traditional fixed systems. The project stands out for its environmentally friendly approach to reducing its carbon footprint.

In the ReLeaf design, there is a motor-free organic movement system, a self-sufficient energy production and storage cycle, an esthetic structure that harmonizes with modern architecture, a lotus-effect surface technology that repels water and dust, and phosphorescent details that provide nighttime visibility.   With its portable design, offering a wide range of applications from disaster areas to urban settings, the design aims to serve as an innovative model for future energy solutions. 

In his evaluation of our students' achievement, our Rector, Prof. Dr. Ahmet Hamdi Topal, stated that students' research and innovation efforts are the university's greatest strength. He said the following: “At our university, we value that our students contribute to the scientific world not only with theoretical knowledge but also with production and design-focused works. The ReLeaf design developed by our student is a beautiful example of the scientific approach inspired by nature, meeting technology. The success achieved by our students is a concrete demonstration of our University's vision for research, innovation, and a sustainable future. 

Our rector also thanked the President of the Higher Education Council, Prof. Dr. Erol Özvar, and the President of the Turkish Patent and Trademark Office, Prof. Dr. M. Zeki Durak, for their support of R&D activities.