🇫🇮 Finland’s first hydrogen-powered truck arrives in Oulu

Oulu, Finland – May 4, 2026 – The OSAO Education Consortium has signed an agreement with the Dutch company Holthausen Clean Technologies for the delivery of Finland’s first fuel-cell-powered semi-trailer tractor to be deployed in road transport. The vehicle is scheduled for delivery in August–September 2026.

The procurement is part of the joint VISIOK project between OSAO, the University of Oulu, and Oulu University of Applied Sciences, which aims to develop learning and research environments aligned with the green transition and to strengthen the role of vocational education, in particular in the adoption of new technologies.

“This is not just about purchasing a vehicle, but a significant step toward building new expertise and sustainable logistics in Oulu. The hydrogen truck is a significant part of the region’s hydrogen ecosystem and brings a completely new kind of learning and testing platform to Finland,” says Project Manager Marjaana Komi.

Operational tests provide new insights into heavy-duty transport

In connection with the introduction of the hydrogen truck, an extensive testing and research program is being carried out in collaboration with the University of Oulu. The goal is to produce practical information on the suitability of different powertrains for heavy-duty transport needs.

The testing will compare the energy consumption, functionality, and suitability of hydrogen-, electric-, and diesel-powered heavy-duty vehicles for various transport tasks. In addition, key technical characteristics of the vehicles, such as range and energy consumption, which directly affect usability and operational efficiency, will be examined.

Particular attention will later be paid to the performance of heavy-duty hydrogen vehicles in northern conditions. Winter testing evaluates the vehicle’s usability and reliability in sub-zero conditions, where the technology is required to deliver exceptional performance.

“Comparative tests provide valuable information on the situations in which different powertrains are most efficient and the types of solutions required for competitive logistics in the future,” says Hannu Tervo, Training Manager at OSAO.

A learning environment that builds future skills

The hydrogen truck will be integrated into OSAO’s learning environments, where vocational education students and teachers will have the opportunity to work with new technology in a practical setting. The hydrogen vehicle maintenance learning environment emphasizes a comprehensive understanding of new vehicle technologies, systems, and their operation as part of a broader technical framework.

A virtual maintenance environment is also being built for OSAO, where maintenance and safety procedures for heavy hydrogen vehicles can be practiced safely before working with physical equipment.

“In the virtual environment, we can simulate various maintenance scenarios, fault situations, and safety-critical work phases that are not possible or practical to practice directly on a real vehicle,” explains Miikka Tanskanen, lecturer in vehicle technology at OSAO.

The acquisition supports the broader goal of building a hydrogen economy competence cluster in Northern Finland, where vocational education, research, and industry collaboration are closely integrated.

Collaboration enables the emergence of a new market

The acquisition of the hydrogen truck is an example of how the public sector, research organizations, and vocational education, together with companies, can promote the adoption of new technology. The hydrogen truck also facilitates cross-sectoral collaboration between research, education, and businesses, serving as a platform for developing new expertise and testing practical solutions.

A market in its early stages of development requires close collaboration and experimentation, which generate the necessary expertise and confidence in new solutions.

Part of a broader green transition

The VISIOK project cluster, co-funded by the European Union, is developing not only hydrogen technology but also other sustainable logistics solutions and digital learning environments.

The project cluster combines research, education, and practical trials, and its goal is to address the changing skills needs of the workforce. At the same time, it strengthens the Oulu region’s role as a pioneer in the green transition and supports Finland’s carbon neutrality goals.

The project cluster was developed in collaboration with the Oulu Innovation Alliance, and the City of Oulu is also a co-funding partner. The total budget for the project cluster is over 4 million euros.

Originally published on May 4, 2026 by Both2nia.