Company Filing History:
Years Active: 2022-2024
Title: Inventor Massimo Secci: Innovating Electrical Monitoring Solutions
Introduction
Massimo Secci, located in Savona, Italy, is an innovative inventor with a remarkable contribution to the field of electrical apparatus monitoring. With a portfolio that includes two patents, Secci's work reflects a deep understanding of electrical systems and their efficient management.
Latest Patents
One of his notable patents, titled "Electrical Apparatus Thermal Monitoring," introduces a method for monitoring the condition of electrical equipment by estimating the temperature of conductors within. This innovation incorporates a first thermal sensor that measures temperature away from the conductor, utilizing a Hammerstein Wiener model to generate an estimated temperature value. This estimation is pivotal for assessing the operational condition of electrical apparatuses.
Another significant invention is the "Dual-Voltage Capacitive Sensor." This device features an electrically insulating body, an elongated conductor, and dual floating sensor electrodes that provide precise voltage readings while safeguarding against external electric fields. The capacitive voltage divider formed by these components allows the sensor to deliver accurate outputs for voltage presence detection.
Career Highlights
Massimo Secci is affiliated with Schneider Electric Industries Sas, a leader in energy management and automation solutions. His contributions to the company have been instrumental in advancing electrical safety and efficiency, demonstrating his commitment to innovation in the electrical engineering domain.
Collaborations
Throughout his career, Secci has collaborated with skilled professionals like Venanzio Ferraro and Sébastien Chabanet. Together, they leverage their expertise to enhance product development and innovate groundbreaking solutions tailored to the evolving needs of the electrical industry.
Conclusion
Massimo Secci stands out as a forward-thinking inventor whose patents significantly impact electrical monitoring technologies. His dedication to research and development, coupled with effective collaboration, positions him as a key player in enhancing electrical safety and performance in diverse applications.