Co-funded projects

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‍Project:

Development of a multipurpose armored vehicle with automated driving capabilities

The goal of the project is to conduct research, development, integration, and validation of a functional prototype of the TADEAS 4×4 heavy wheeled armored vehicle, featuring automated driving modes and a modular crew platform concept, capable of safe operation in extreme terrain and without GNSS.

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‍Project:

MOBILE HYDROGEN FILLING STATION AND ITS MARKET LAUNCH

The project focuses on the final development of a prototype mobile hydrogen filling station and its testing in a real environment. The station will enable the refueling of mobile power generators, vehicles, and other hydrogen-powered equipment even outside the range of stationary stations.

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‍Project:

Development of a hydrogen-powered 3-axle utility vehicle with automated driving capability

The aim of the project is to develop a prototype hydrogen-powered truck on a Tatra chassis, equipped with automated driving modes, designed for municipal technology and the transport of specialized superstructures in low-emission zones and enclosed areas.

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‍Project:

knowledge transfer partnership in the field of hydrogen connections

The aim of the project is to develop and optimize pressure connections for the safe transport and storage of hydrogen, with an emphasis on innovations ensuring high tightness and safety of pressure systems.

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Project:

DEVELOPMENT AND VALIDATION OF COMPONENTS FOR PERIPHERAL HYDROGEN FUEL CELL SYSTEMS

The aim of the project is to develop and validate components for peripheral hydrogen fuel cell systems. The project will provide innovative solutions that are lacking in the current state of knowledge and practice on the market and that are needed for clean transport in the form of fuel cell trucks.

This is an important advance on the status quo and will have a significant positive impact on the environment.

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Project:

SUPPORT AT FOREIGN EXHIBITIONS AND TRADE FAIRS

The aim of the project is to present the company at foreign trade fairs and exhibitions, which allow to establish new cooperation, to gain business partners for the new segment of the energy industry, especially in Western Europe, and the overall development of the company.

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Project:

MOBILE HYDROGEN FILLING STATION

is co-financed by the European Union.

The aim of this project is the research and development of a prototype of a mobile hydrogen fuel delivery and dispensing device (mobile fuel filler), which is an important element for accelerating the development of green mobility. Its relevance is, inter alia, for both electromobility and hydrogen mobility. The mobile filling station will be used to fill mobile hydrogen fuel cell power stations, which can then act as mobile charging stations for electric vehicles or as an independent source of electricity.

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Project:

CarEn system

is co-financed by the European Union.

The aim of the project is to develop a storage device that is remotely managed and produces hydrogen from surplus electricity. The second objective of the project is the development of a hydrogen powered commercial vehicle, which will be created by converting an existing vehicle with the advantage of electric propulsion. The third objective is then to develop software for remote management, monitoring and algorithmic load balancing of a network of mobile hydrogen power sources.

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Project:

DEVINN - HYDROGEN APPLICATIONS DEVELOPMENT CENTRE

is co-financed by the European Union.

The aim of the project is to retrofit the facilities of DEVINN s.r.o. to expand the development and testing of hydrogen applications.

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More information about this project

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Project:

DEVINN - MODULAR SCALABLE MOBILE HYDROGEN POWER AND HEAT SOURCE

is co-financed by the European Union.

The project focuses on the development of a modular, scalable mobile hydrogen power and thermal energy source. The aim of the project is to produce a prototype for testing. Based on the design of the pilot system, it will be possible to produce power derivatives, according to the nature of the use of the island system. The whole system is conceived as mobile and allows for different models of its own operation.