FEV stands for special technological innovations. With a deep understanding of the challenges of our time, we are committed to developing sustainable solutions that move our customers forward. FEV’s Signature Solutions allow our customers to benefit from FEV’s innovations, saving time and resources, and minimizing risk.
Advanced fuel cell stack aging models serve as a precise lifecycle prediction and optimization tool for a given fuel cell system and its operating strategy. Customizable accelerated durability tests accurately depict various usage scenarios.
High-quality, cost-effective and fast prototyping and testing of battery cells. An in-house chemistry laboratory, a global supplier network as well as comprehensive testing services deliver customized solutions.
Fast, high-quality seat cover development (up to 30% faster) for all vehicle types and more. Flexible in every phase. Additional services: Complete seat design incl. restraint systems and SOP support.
FEV’s solution enables the detection of partial discharges in EDUs even during operation. The solution includes specific measurement routines including remote maintenance and analysis of measurement data. A unique measurement system is offered.
An innovative generative AI solution for the automotive industry, including intelligent infotainment systems, predictive maintenance and customized solutions that can be seamlessly integrated into existing technologies.
Body Control Module including hardware and software solutions for all vehicle types and architectures. Cost-effective, reduces lead time, ensures compliance, and allows for flexible development and customization to meet specific needs.
FEV’s e-bike transmission provides electric boost and regenerative braking, smooth shifting under load, and torque sensing.
State of the art H2 storage control software for fuel cell or engine systems. A highlight of our software is the state based monitoring of pressures and potential leaks in the system.
FEV’s hardware for controlling heat propagation in batteries offers a holistic concept with the possibility of TP stop in batteries.
Below you will find a list of all the Signature Solutions we offer. Simply browse through the entire list or use the search function to search for specific terms or known solutions. If you have any questions about one or more of our signature solutions, please feel free to contact us.
UN GTR compliant brake particle measurement combined with CFD based thermal simulation and emission models, complemented by virtual testing, enabling early assessment of mitigation strategies while reducing physical test effort and validation cost.
AI-based anomaly detection and predictive maintenance enabling early fault detection, precise diagnostics and remaining useful life estimation, helping reduce downtime, maintenance cost and unplanned service interventions – transparent and customizable.
Rapid Control Prototyping accelerates function development using flexible RCP hardware, white box concepts and series ECU replacement, supported by end to end services from modelling and integration to vehicle validation for faster iteration cycles.
Vehicle E/E architecture, including libraries for functions, software, and electrical systems, as well as methodological models, reference architectures, and artifacts for structured system development.
The app provides vehicle status updates, remote functions, notifications, and analytics for efficient management of vehicles and drivers.
An AI-supported process for creating system engineering artifacts such as feature descriptions, use case diagrams, and stakeholder and system requirements.
Development of REEV batteries from concept to production, including cell and component selection, simulation, prototype construction, and testing and validation processes for different vehicle requirements.
Simulation-based analysis of fast charging processes, including thermal effects, battery aging, charging profiles, and system interactions between the vehicle, BMS, charging infrastructure, and grid.
Our AeroXMeters are capable of measuring gas content in oils in EDUs, transmissions and all kinds of combustion engines. The devices allow for quick and reliable measurements at the test bench or in the vehicles via volumetric measurements.
A hybrid post-quantum cryptography concept for vehicle updates that uses central controllers for computationally intensive PQC, thereby securing connected vehicles against future quantum attacks in the long term.
