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.
FEV ROBUST uses AI-powered search in virtual test environments to automatically identify complex software bugs and rare edge cases and analyze them in a reproducible manner.
Comprehensive benchmarking of hybrid powertrains from vehicle to component level using testing, simulation and RCP-based engine control, identifying efficiency, cost and performance optimization potential.
Add-on control solution for range extender systems with production-ready functions, enabling fast integration into existing vehicle software while reducing development effort and accelerating REEV market entry.
Arterial cooling concept enabling targeted hotspot cooling and uniform temperature distribution via fine-scale channels, improving efficiency and durability while reducing coolant flow and system demand.
Migrating legacy vehicle software to software-defined vehicles using service-oriented architectures, virtualization, and modular platforms to improve integration, scalability, reusability, and updatability.
Virtual sensors based on model-based and data-driven methods enable real-time estimation of hard-to-measure variables, improving efficiency, reducing hardware cost and enabling predictive maintenance.
Holistic turbocharger testing including performance, NVH and durability analysis combined with simulation and benchmarking, enabling optimized system design, reduced development risk and improved powertrain efficiency.
AI-enabled simulation using automated workflows and accelerated solvers reduces development time and cost, enabling fast and accurate multi-physics analyses from component to full system level.
Holistic development and testing of ammonia combustion systems including simulation, dedicated test infrastructure and safety validation, enabling efficient and safe engine development with reduced risk and faster market readiness.
Ganzheitliche Entwicklung von Methanol-Dual-Fuel-Systemen inkl. Simulation, Test und Absicherung, ermöglicht effiziente und sichere Verbrennung, reduziert Entwicklungsrisiken und beschleunigt die Umsetzung neuer oder konvertierter Motorenkonzepte
