Case Study

Collaborative Innovation with the Bulgarian Academy of Sciences: Pioneering the Future of Transportation

Creating the first of its kind – Hydrogen powered trolleybus


Bulgarian Academy of Sciences


Sofia, Bulgaria



Skliiset for the project

System Architecture
Automotive electrical design



In a groundbreaking partnership with the esteemed Bulgarian Academy of Sciences, we are proud to unveil our collaborative project focused on the creation of a cutting-edge hydrogen-powered bus. This ambitious initiative represents a significant leap forward in sustainable transportation, where we have played a pivotal role in shaping the electronic architecture and programming of the vehicle’s main computer.

Our Role in the Project

At the forefront of technological innovation, we have lent our expertise to the development of the electronic framework that underpins the hydrogen-powered bus. Working closely with the brilliant minds at the Bulgarian Academy of Sciences, our team has contributed to the intricate design and flawless execution of the vehicle’s electronic architecture. This includes the programming of the main computer, a crucial component that orchestrates the seamless integration of advanced technologies within the bus.

Technological Advancements

The hydrogen-powered bus represents a paradigm shift in eco-friendly transportation, and our collaboration has resulted in groundbreaking advancements. The integration of state-of-the-art electronic systems ensures optimal performance, energy efficiency, and a harmonious interplay of components that propel the vehicle into the future of sustainable mobility.

Key Achievements

One of the standout accomplishments in our collaboration was the successful navigation of the challenge posed by the integration of a new type of board computer. Faced with this technological frontier, our team demonstrated unparalleled expertise and adaptability. We not only comprehended the intricacies of the new board computer but also seamlessly incorporated our automotive algorithms, showcasing our commitment to overcoming complex engineering hurdles.

This triumph signifies more than a technical achievement; it underscores our capacity to tackle and master innovative technologies. By surmounting the challenge of implementing our automotive algorithms on the new board computer, we have set a precedent for adaptability and ingenuity in the pursuit of sustainable transportation solutions.