NOMAR RODRÍGUEZ DÍAZ

I am deeply focused on continuing research into power electronics and battery chemistry. The advancements in modern computers, electric vehicles  and smartphones, nearly a decade or decades after their creation, have been particularly compelling. I'm especially interested in exploring innovations beyond traditional lithium-ion batteries, such as the development of solid-state batteries, novel anode and cathode materials, and sophisticated battery management systems . My aim is to contribute to a deeper understanding of these technologies, which are critical for advancing energy density, charging efficiency, and the overall sustainability of future electronic devices.

I believe that grid modernization and advanced solutions, such as smart grid technology, are essential for enhancing resilience and efficiency. My interest is especially personal given the challenges faced by Puerto Rico's electrical grid. A more robust and intelligent system is not just about reliability, but also about integrating distributed energy resources (DERs) like solar and wind power, and optimizing the grid through advanced metering infrastructure (AMI) and supervisory control and data acquisition (SCADA) systems. Implementing these components would allow for real-time monitoring and control, enabling faster recovery from outages and a more sustainable energy future for the island. 

As part of my "Power Electronics Applied to Renewable Energy" course, i discovered an affinity for the science behind the control formulas and design behind Alternating and direct current converters when fine tuned to get maximum power efficiency from a renewable, not constant, power source. Let it be solar, wind or hydropower. The applications in this area from the electronic s inside mppt controllers to the formulas inside them light a spark of research I'm working on discovering throughout my academic year.