Location History:
- Montréal, CA (2012 - 2021)
- Quebec, CA (2020 - 2024)
Company Filing History:
Years Active: 2012-2024
Introduction
François Léonard is a distinguished inventor based in Montréal, Canada, known for his insightful contributions in the field of electrical engineering. With a portfolio of nine patents, Léonard has focused primarily on enhancing the efficiency and reliability of electrical distribution networks.
Latest Patents
Among his recent innovations, two patents stand out for their significance in electrical distribution technology. The first is a method for the "Reconstruction of a topology of an electrical distribution network." This innovative approach employs an ohmic matrix model generated from consumption measurements by smart meters, defining connections and nodes to reconstruct electrical network topologies iteratively.
The second patent focuses on the "Detection of anomalies in an electrical network." This advanced technique also relies on an ohmic matrix model, utilizing consumption measurements to identify and diagnose anomalies in the network. The iterative modification of this model allows for continuous enhancement of network reliability and efficiency.
Career Highlights
Throughout his career, François Léonard has made significant contributions while working with Hydro-Québec, a leading utility company in Canada. His experience in this prominent organization has enabled him to develop groundbreaking solutions that address the complexities of electrical distribution.
Collaborations
Léonard has collaborated with talented colleagues, notably Arnaud Zinflou and Alexandre Bouffard. Their combined expertise in electrical engineering has fostered innovative approaches that enhance the functionality and safety of electrical distribution systems.
Conclusion
François Léonard's work exemplifies a commitment to advancing electrical distribution technology through innovative patents and collaborative efforts. His contributions are poised to make a lasting impact on the industry, ensuring safer and more efficient electrical networks for the future.