New Mobility
Our research will contribute to the integration of new concepts into existing systems and optimizing individual components. The focus is on new vehicle concepts as well as their drive systems. The efficient storage and retrieval of available energy plays a crucial role: we research and test new energy storage systems and their potential applications.
The demand for flexible and decentralized energy solutions is growing. Whether in isolated regions, for temporary applications, or as a supplement to the grid, battery-electric systems and hydrogen offer the opportunity to rethink energy – clean, mobile, and independent.
Battery electric systems
The future of mobility already has many facets: whether new vehicle concepts, ideas for intermodal connections of different modes of transport or the use of different energy sources – all ideas aim for an efficient and environmentally friendly form of transport.
micromobility
The ICM has been researching and holistically implementing mobile concepts in the micromobility spectrum for years. The focus of these studies is primarily on resource-efficient use of raw materials, sustainability, and vehicle longevity. For electrified mobility in urban areas, the INNVELO® vehicle brand was created within a corporate network in 2009. This company develops two-, three-, and four-wheeled vehicle concepts and tailors them specifically to user requirements depending on the application.
fuel cell systems
"Flexible hydrogen solutions for an independent energy supply"
We develop modular hydrogen-based energy storage solutions – for locations without access to the power grid and for future infrastructures. Our focus is on portable and stationary systems that enable a decentralized and independent energy supply.
We're thinking ahead: As part of the energy transition, widespread access to hydrogen will also become increasingly important. Our research lays the foundation for adaptable subsystems that can be flexibly integrated into various applications and scenarios.
Fuel cell drives
The requirements for vehicles with conventional drive systems are becoming increasingly stringent in order to continue meeting the German government's climate policy goals in the future. Due to the accelerated transformation in mobility, the electrification of vehicles is rapidly gaining importance.
Alternative drive concepts for fuel cell-based powertrains are the focus of our research. We aim to make a decisive contribution to global decarbonization.
Construction and mining machinery
Alternative drive systems have been in use in construction and mining equipment for some time. The use of hydrogen as an energy source, in particular, requires the further development of various components to enable use under extreme loads and conditions. We are currently involved in the development of a hydrogen-powered prototype vehicle that will be tested under the harsh environmental conditions of construction and mining scenarios.
Intralogistics
Battery-electric transport systems are already standard in intralogistics. However, the use of hydrogen as an energy source can further optimize these systems, particularly with regard to the availability of battery-powered transport systems in autonomous 24/7 operation.
Our Services
Your partner for alternative driving systems – consulting, development, approval
Our engineers and research staff support companies in implementing innovative drive solutions. Whether dealing with authorities, obtaining approval in the EU, or selecting and conducting suitable test procedures – we are at your side with our expertise and experience.
At the ICM, we also develop holistic vehicle platforms as research functional prototypes for integrating various drive systems. Using modern processes and tools, we lay the foundation for the safe and efficient use of alternative drive systems – especially for fleet operators and transport companies.
Our services at a glance:
- System integration and approval support (EU)
- Development, design, and package management
- Preparation of drawings and interface adaptation
- Simulation of components and assemblies (static, dynamic, service life)
- Design optimization based on simulation results
- Further analyses upon request
Let's discuss your challenges. We look forward to hearing from you.
From idea to solution – Consulting for hydrogen applications in decentralized energy supply
Do you have an idea about how hydrogen could contribute to a sustainable energy supply in your application? We support you in developing feasible solutions.
With technological expertise, practical experience, and an eye for what's feasible, we advise industrial partners on:
- Assessing possible applications for hydrogen technologies
- Developing customized system solutions for decentralized energy supply
- Identifying potential and challenges
- Designing feasibility studies and application strategies
- Our consulting approach: pragmatic, solution-oriented, and application-oriented.
Let's talk about your idea – we'll help you implement it.
