Emanuele Mazzi

Title: Emanuele Mazzi: Innovating Hybrid Vehicle Control Systems

Introduction

Emanuele Mazzi is an accomplished inventor based in Viareggio, Italy, known for her innovative contributions to the field of hybrid vehicle technology. With a total of two patents, her work focuses on optimizing fuel consumption through advanced control systems in hybrid vehicles.

Latest Patents

Emanuele's latest patents showcase her expertise in developing methods for controlling hybrid vehicles with varying architecture and speed profiles. The first patent, titled "Method to Control a Hybrid Vehicle with a Parallel Architecture and with a Known Speed Profile for the Optimization of the Fuel Consumption," outlines a process to minimize fuel consumption by determining the driving torque transmitted to the vehicle's drive wheels. This method involves calculating the optimal distribution of mechanical energy across reference time intervals of constant speed or acceleration.

The second patent, titled "Method to Control a Hybrid Vehicle with a Parallel Architecture and with an Unknown Speed Profile for the Optimization of the Fuel Consumption," details a method that not only controls the operating mode of the hybrid vehicle but also optimizes the power values of both the internal combustion engine and the storage system to minimize fuel consumption.

Career Highlights

Emanuele Mazzi has made significant strides in her career while working at Ferrari S.p.A. Her innovative approaches are critical to the advancement of hybrid vehicle technology, promoting sustainability in the automotive industry.

Collaborations

Throughout her career, Emanuele has collaborated with talented coworkers such as Samuele Arcangeli and Luca Poggio, contributing to the continuous improvement of hybrid vehicle systems at Ferrari. Their combined efforts highlight the importance of teamwork and innovation in a rapidly evolving technological landscape.

Conclusion

Emanuele Mazzi stands out as a pioneering inventor in the realm of hybrid vehicle control. Her patents not only contribute to enhancing fuel efficiency but also represent a significant step forward in automotive innovation. As technologies advance, her work will continue to influence the future of sustainable transportation.