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    Vehicle Department

    The department specialises in powertrain and energy systems for sustainable mobility. It is equipped with advanced test laboratories and autonomous mobile platforms for future transport systems research, development and testing.

    Our research
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    Our team
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    Research

    The Department of Vehicles researches and develops powertrain and energy systems for sustainable mobility. We develop electric and hybrid drivetrains, internal combustion engines for conventional and alternative fuels, battery systems including thermal management, hydrogen technologies and autonomous mobile platforms.


    We offer our partners a comprehensive range of services, from design, analysis, and simulation to optimisation, experimental validation, and engineering implementation. Our flexible testing infrastructure allows us to combine equipment and laboratories to perform specific measurements and testing configurations tailored to individual requirements.


    Our expertise includes designing and engineering components, assemblies, and testing devices based on industrial partners’ requirements. The proposed solutions can be delivered together with control software development.


    Our know-how and technical facilities make the Department of Vehicles a reliable partner for Czech and international research projects, industrial companies and public institutions in modern vehicles and sustainable mobility.



    We offer

    An overview of all services provided by the department:

    Research and development of powertrains for sustainable mobility

    We specialise in developing and optimising powertrains for sustainable mobility, focusing on electric drives, hybrid systems and internal combustion engines. We provide solutions ranging from concept development to functional and durability testing.

    Contact: Josef Brousek

    Research and development of energy systems for sustainable mobility

    We focus on the development and optimisation of energy systems for modern vehicles, emphasising sustainability, efficiency, and safety. Our activities include battery systems, thermal management, and hydrogen technologies.

    Contact: Josef Brousek

    Research and development of autonomous mobile platforms

    We develop autonomous and automated mobile platforms for utility and experimental applications. The department operates specialised autonomous vehicles equipped with a wide range of sensors, which are used to develop and test advanced autonomous driving functions.

    Contact: Josef Brousek

    Testing of vehicle systems and components

    We measure and test vehicle powertrain and energy systems and their components. Our work covers performance, emission, thermal, and mechanical characteristics under various operating conditions, including functional and endurance testing. We are equipped with advanced test infrastructure for experimental verification of the functionality and reliability of individual components and complete vehicle systems.

    Contact: Josef Brousek

    Engineering services for the design and simulation of vehicle systems and components

    We translate research and development results into practical engineering solutions. Our services include design and 3D CAD modelling of individual components and assemblies, numerical calculations, and simulations. Using advanced simulation tools such as GT-Suite and Ricardo software, we create complete models of powertrains or their subsystems. We also provide design studies, calculations, and analytical assessments.

    Contact: Josef Brousek

    Design and realisation of testing equipment

    We design and build specialised testing equipment for verifying component and system functionality according to the individual requirements of industrial partners. Our expertise covers mechanical and electrical design, control software development, measurement technology integration, and complete system commissioning.

    Contact: Josef Brousek

    our team

    Ing. Josef Břoušek Ph.D.

    Ing. Josef Břoušek Ph.D.

    Head of Department, Electric powertrains, energy systems, autonomous mobile platforms
    E josef.brousek@tul.cz T +420 48535 6369
    Ing. Tomáš Kubíček

    Ing. Tomáš Kubíček

    E tomas.kubicek@tul.cz T +420 48535 6531
    Ing. Robert Voženílek Ph.D.

    Ing. Robert Voženílek Ph.D.

    Deputy Head of Department, development and testing of drive units and their components
    E robert.vozenilek@tul.cz T +420 48535 6519
    Ing. Tomáš Zvolský Ph.D.

    Ing. Tomáš Zvolský Ph.D.

    Powertrains, energy systems, functional and durability testing
    E tomas.zvolsky@tul.cz T +420 48535 6339
    Ing. Tomáš Petr Ph.D.

    Ing. Tomáš Petr Ph.D.

    Electric powertrains, energy systems, autonomous mobile platforms, vehicle dynamics  
    E tomas.petr@tul.cz T +420 48535 6527
    Ing. Jan Svoboda

    Ing. Jan Svoboda

    Powertrains, combustion engines, functional and durability testing
    E jan.svoboda8@tul.cz, jansvoboda57@gmail.com T +420 485 356 369
    Ing. Radek Procházka

    Ing. Radek Procházka

    Internal combustion engines, simulation, functional and durability tests
    E radek.prochazka@tul.cz T +420 48535 6369, ; +420 737 185 115
    Would you like to work with us?

    Would you like to work with us?

    hr.cxi@tul.cz

    EQUIPMENT

    Our testing and measurement equipment is available for collaborative projects and specific testing needs upon request.

    Variable Test Laboratories

    These laboratories are designed to test combustion, electric motors, and energy systems for electric vehicles.

    The Department of Vehicles operates these facilities in cooperation with the FME TUL.

    Find out more (link to PDF)

    Powertrain Test Laboratory

    The laboratory is designed to comprehensively test complete powertrain systems, including the motor, gearbox, differential, drive shafts and wheels.

    Find out more (link to PDF)

    Chassis Dynamometer

    The laboratory enables vehicle testing under constant speed and constant force modes and simulates road load forces dependent on speed.

    Test bench limits: speed up to 200 km/h, tractive force 3 000 N, power 100 kW.

    The Department of Vehicles operates these facilities in cooperation with the FME TUL.

    Battery Testing System

    The ITECH IT6018C battery testing system includes a battery emulation function and supports charge/discharge modes up to 0–800 V and 0–300 A (up to 1 200 A / 360 kW in parallel).

    The Department of Vehicles uses this equipment in cooperation with the FM TUL.

    Measuring Instruments and Laboratory Equipment

    The department has a wide range of specialised measuring instruments and laboratory equipment. This includes emission measurement systems, indication systems, damage detection instruments and workshop equipment for design and testing activities.

    The Department of Vehicles uses this equipment in cooperation with the FME TUL.

    Find out more (link to PDF)

    Autonomous Driving Platforms

    The department is equipped with autonomous platforms designed for research and development in autonomous driving. These include the off-road AnteTUL platform and the PIX-Kit platform.

    Find out more (link to PDF)

    Detailed Technical Specifications

    Our laboratories are equipped with a wide range of specialised devices.
    For detailed technical information, please do not hesitate to contact us.

    publication

    2025 1 2024 1 2023 3 2022 8 2021 4 2020 8

    Institute for Nanomaterials,
    Advanced Technology and Innovation

    Studentská 1402/2

    office:
    Bendlova 1409/7 – budova L

    460 01 Liberec 1

    E cxi@tul.cz

    T +420 485 353 852

    M +420 725 836 913

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