Henri Godfroid

Title: Innovator Henri Godfroid: Pioneering Advances in Synchronous Rotary Machine Technology

Introduction

Henri Godfroid, an accomplished inventor based in Valdoie, France, has made significant contributions to the field of electrical engineering through his innovative designs. With a focus on synchronous rotary machines, Godfroid holds two patents that showcase his expertise and dedication to advancing technology.

Latest Patents

Godfroid's latest patents reflect his cutting-edge approach to engineering. The first patent is a "Circuit for energizing and controlling a synchronous rotary machine," which operates at variable speed and utilizes controlled static switches. This invention features a stator with multiple polyphase windings, with each winding powered by a static AC-AC converter, allowing for efficient operation through an autosychronous inverter setup. The circuit includes precise control mechanisms to ensure the current in the DC conductors is proportional to a reference average current value.

The second patent, titled "Apparatus for controlling a static AC/AC thyristor converter which feeds," pertains to a system designed to supply a synchronous rotating machine at variable frequencies. This apparatus comprises a detailed arrangement of machine and mains bridges alongside auxiliary connections that facilitate consistent power flow from a transformer to the mains bridge. Godfroid's design ensures that the currents within the conductors bridging the machine and mains are maintained at an average reference current, enhancing overall performance and reliability.

Career Highlights

Henri Godfroid's professional journey includes significant involvement with Cgee Alsthom, a prominent company in the field of electrical engineering. His work there has allowed him to implement his innovative ideas and contribute to significant projects that leverage his expertise in synchronous rotary machine technology.

Collaborations

Throughout his career, Godfroid has collaborated with various engineers and professionals within Cgee Alsthom, contributing to a culture of innovation and teamwork. These collaborations have not only enriched his work but have also played a role in the successful deployment of advanced electrical systems and technology.

Conclusion

Henri Godfroid stands as a testament to the power of innovation in electrical engineering. With his significant patents and contributions to technology at Cgee Alsthom, he has established himself as a key figure in the evolution of synchronous rotary machines. His work not only paves the way for future advancements but also inspires upcoming inventors and engineers in the field.