Harald Stuetz

Title: Innovative Contributions of Harald Stuetz in Electrical Energy Storage and Internal Combustion Systems

Introduction

Harald Stuetz, an accomplished inventor from Semriach, Austria, is recognized for his significant contributions to technology through his innovative patents. With two registered patents to his name, he has demonstrated expertise in both electric energy storage systems and internal combustion engine technologies.

Latest Patents

Harald Stuetz’s latest inventions include a groundbreaking electrical energy storage device specifically designed for electric vehicles. This device incorporates at least one battery module, which includes multiple flat, plate-shaped battery cells. These cells are electrically connected and are strategically arranged between pressure plates in stacked formations. To enhance durability and performance, the battery module is surrounded by a specialized plastic structure.

In addition, he has developed an advanced intake manifolding system for internal combustion engines. This system allows for variable control of the swirl of the intake charge that flows into the combustion chamber through designated intake ports. The system utilizes an intake valve and features dual intake flow paths, which operate independently to optimize performance. These flow paths rejoin in the valve chamber, enhancing the engine's efficiency.

Career Highlights

Harald has been instrumental in the evolution of automotive technologies while working at AVL List GmbH. His innovative spirit and dedication to developing efficient energy solutions reflect the mission of his company to enhance vehicle performance and sustainability.

Collaborations

Throughout his career, Harald has collaborated with notable colleagues, including Martin Michelitsch and Michael Körösi. Together, they have contributed to advancing technologies that potentially revolutionize the automotive industry.

Conclusion

With his remarkable patents and collaborative efforts, Harald Stuetz continues to pioneer advancements in energy storage and internal combustion technologies. His work not only contributes to the improvement of electric vehicles but also enhances the functionality of traditional engines, showcasing the diverse applications of innovative thinking in modern engineering.