Through the perfect matching of the motor and inverter as a single system unit and an optimised energy recovery function
The right topology for every application: PM motors, induction motors, with and without gearboxes
For motors not included in our product range, we fine-tune our inverters perfectly on our test bench
Ihre Anwendung und spezifischen Anforderungen verstehen
Erste Auslegung aller Hochvolt-Komponenten
Analyse des Powermanagement und der Wechselwirkungen aller Hochvolt-Komponenten
Analyse aller Sonder-Betriebzustände des Systems, die beherrscht werden müssen
Entwurf des gesamten Hochvoltsystems mit allen Schlüsselkomponenten
Electromechanical traction drives demonstrate their strengths in precise control, offering the ability to optimally limit slip and thereby reduce tyre wear. Furthermore, high energy recovery rates can be achieved, which reduces the required battery capacity.
Our VirtualSensor technology can demonstrate its strengths in many electromechanical actuators. For example, in force measurement in winch drives. Or in targeted jerk limitation or active vibration damping in swivel actuators of all kinds.
VirtualSensor Technology also offers enhanced functionality and reduced maintenance requirements for electric drives used in hydraulic pumps. In many cases, it is also possible to increase overall efficiency.
In addition to purely battery-based solutions, we always focus on modular solutions that pave the way for hybrid or hydrogen-based solutions.
Value-added functions resulting from the synergistic combination of machine control and functional ‘intelligence’ within the inverter. The integrated high-speed PLC function in the VECTOPOWER – and thus directly at the actuator – enables, in some cases, far-reaching functional improvements. ‘VirtualSensor’ for fast, high-resolution torque measurement serves as just one example of this.
In traction drive systems, improved drivability, reduced tyre wear and optimised energy recovery can be achieved. Depending on the application, our One-Pedal-Drive system may also be beneficial.
In practice, swivelling movements often require gear ratios with a relatively high degree of backlash. Our approach here is to achieve dynamic movement whilst limiting jerk.
High-performance winches handling heavy loads are demanding applications. Our VirtualSensorTechnology provides in-depth insights into the drive process and often opens up new possibilities for motion control. For example, in the optimal management of the so-called slack rope problem.
VirtualSensorTechnology really comes into its own in processes such as drilling, milling, cutting, shredding, etc. As well as monitoring tools, it can very often also help to increase the process’s output.
In case of pumps designed for any liquids, including mixtures of water and solids, VirtualSensorTechnology enables viscosity to be estimated during operation, thereby optimising the pumping process. When driving hydraulic pumps for directly driven cylinders, it is possible to estimate the thrust and tensile forces.
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