E. Kechadi

Papers

Total Citations

H-Index

About

E. Kechadi is a researcher focused on the intersection of robotics and renewable energy, specifically in the optimization of solar energy collection systems. Their major contributions lie in the development of automated orientation systems for both heliostats and photovoltaic (PV) panels, employing robot manipulators to maximize solar capture. In their 2013 work on heliostat orientation, Kechadi designed a PLC-based robot manipulator to precisely track the sun, enhancing the efficiency of concentrated solar power towers. This was followed by a 2015 study applying similar robotic principles to PV panel positioning, demonstrating how automated orientation can significantly increase energy yield. While these foundational papers have garnered modest citation counts (9 and 8, respectively), they represent early, practical steps toward integrating industrial robotics with solar tracking—a niche but critical area for advancing renewable energy infrastructure. Kechadi’s work is notable for bridging mechanical engineering and clean energy, offering scalable solutions for both utility-scale and residential solar systems. Their research continues to inspire further innovations in smart, adaptive solar technologies.