/Core Business
Hydraulic System Technology
Goals
Improving (energy) efficiency
Increasing productivity
Maximizing comfort
Tools
System simulation
Hardware-in-the-loop testing
Machine measurement
Methods
Integrating new component technologies into new systemsfor
mobile machinery
Bottom-up: Facilitating technology of new components to
optimize the systems
Hydraulic Component Technology
-
Pumps and motors
Efficiency optimization
Design of flow channel
High speed
Tribology
Friction simulation
Materials research
Manufacturing processes
Surface optimization
Control and Sensing Technology
Control development
System identification
Design of observers and estimators
Model-based control development
Model-predictive control
Adaptive control
Validation
MiL testing
Rapid control prototyping
HiL environment for integration testing
Hardware design
eal-time digital communication
Digitale (Echtzeit)-Kommunikation
·Field bus systems (e.g.: CAN, J1939 and EtherCAT)
·Wireless technology (e.g.: industrial wifi and 5G)
Application specific sensor integration
Electrification Technology
-
Electrical Drives
Electro-magnetic deshines
Fusion of components and functionality
Dynamic and loss minimizing control
Power electronics
Topology design
Development of power stage
Control andmodulation concepts
Hybrid and electric vehicles
System simulation and analysis of load cycles
Development of drivetrain topology concepts
Vehicle control and functional development
Tel: 