Company Filing History:
Years Active: 2018
Title: Innovative Power Management: The Invention of Masood Shahverdi
Introduction: Masood Shahverdi, an accomplished inventor based in South Pasadena, CA, has made significant contributions to the field of power management systems. With a focus on enhancing the efficiency of hybrid power systems, Shahverdi has developed a patented methodology that promises to change the way energy is stored and utilized in vehicles.
Latest Patents: Shahverdi holds a patent for a “Bandwidth-based methodology for controlling and optimally designing a hybrid power system.” This innovative invention addresses the challenges posed by limited electrical energy storage capacity in series hybrid power systems. The system provides a strategy to efficiently distribute instantaneous power between chemical energy sources and small energy storage systems (ESS). By minimizing the energy storage system and operating within predefined efficient regions of a vehicle’s fuel efficiency map, Shahverdi’s invention allows chemical-to-electrical energy converters, such as internal combustion engines paired with electrical generators or fuel cells, to work optimally.
Career Highlights: Shahverdi's association with Mississippi State University demonstrates his commitment to advancing research and innovation in energy management. His role at the university has enabled him to collaborate with other experts in the field and push the boundaries of traditional power systems.
Collaborations: One notable collaboration in Shahverdi's career is with his coworker, Michael S. Mazzola. Together, they work towards enhancing the functionality and efficiency of hybrid power systems, showcasing a shared vision for innovative solutions in energy management.
Conclusion: Masood Shahverdi is a remarkable innovator whose patent for a bandwidth-based methodology highlights the potential for advancements in hybrid power systems. His contributions not only benefit the automotive industry but also pave the way for more sustainable energy practices. As he continues to collaborate with fellow researchers, the future of efficient power management looks promising.