Electric machines have played a major role in energy conversion already for decades. Modern power electronics have brought major improvements and together with the advent of new materials and manufacturing techniques unprecedented opportunities for future innovation exist. Backed by advances in design optimisation and control, novel drive systems provide huge potential to further increase energy conversion efficiency, and thereby contributing to meeting climate goals.
While current drive systems are operated in different environments and at variable speeds, current design procedures usually start with an expert’s choice for a particular machine type and topology. Dimensioning is then based on a limited number of parameters and well-chosen operation modes, typically at constant speed or torque. Thereby considerable opportunities for optimisation are missed. Only a paradigm shift towards a fundamentally new integrated simulation and design approach will allow the potential of modern electric drives to be fully exploited. From the outset, this approach must consider all relevant aspects of a machine, e.g. shape and topology, time-dependent operating cycles, complex material behaviour, uncertainties and robustness, new cooling techniques to push thermal limits, noise and vibrations and various key performance indicators. The modelling, simulation and optimisation of such a complex system pose an extreme computational engineering challenge.
Company Details
- Employees
- 5
- Address
- These Challenges
- Industry
- Machinery Manufacturing
- NAICS
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Machinery ManufacturingOther General Purpose Machinery ManufacturingPump and Compressor ManufacturingMaterial Handling Equipment ManufacturingAll Other General Purpose Machinery ManufacturingAir and Gas Compressor ManufacturingMeasuring, Dispensing, and Other Pumping Equipment ManufacturingElevator and Moving Stairway ManufacturingConveyor and Conveying Equipment ManufacturingOverhead Traveling Crane, Hoist, and Monorail System ManufacturingIndustrial Truck, Tractor, Trailer, and Stacker Machinery ManufacturingPower-Driven Handtool ManufacturingWelding and Soldering Equipment ManufacturingPackaging Machinery ManufacturingIndustrial Process Furnace and Oven ManufacturingFluid Power Cylinder and Actuator ManufacturingFluid Power Pump and Motor ManufacturingScale and Balance ManufacturingAll Other Miscellaneous General Purpose Machinery Manufacturing
- Website
- http://www.creator.tugraz.at/
- Keywords
- Monterey County.
- Competitors
- MBD - Methods for Model-based Development in Computational Engineering at RWTH Aachen University, Electric Drives and Power Electronic Systems Institute, CESOC - Center for Earth System Observation and Computational Analysis, EMDtool, T&T Aircraft Propulsion Systems, Climateflux GmbH, idlab media GmbH, WiDS conference Regensburg, ACES - Applied Computational Electromagnetics Society, onsemi Slovakia.
Creator – Computational Electric Machine Laboratory Questions
Creator – Computational Electric Machine Laboratory's website is http://www.creator.tugraz.at/
Creator – Computational Electric Machine Laboratory's LinkedIn profile is https://www.linkedin.com/company/creator-computational-electric-machine-laboratory
Creator – Computational Electric Machine Laboratory has
5 employees.
View email and phone details for 5
employees at Creator – Computational Electric Machine Laboratory.
Creator – Computational Electric Machine Laboratory's industry is
Machinery Manufacturing
Creator – Computational Electric Machine Laboratory's top competitors are
Mbd - Methods For Model-Based Development In Computational Engineering At Rwth Aachen University,
Electric Drives And Power Electronic Systems Institute,
Cesoc - Center For Earth System Observation And Computational Analysis,
Emdtool,
T&t Aircraft Propulsion Systems,
Climateflux Gmbh,
Idlab Media Gmbh,
Wids Conference Regensburg,
Aces - Applied Computational Electromagnetics Society,
Onsemi Slovakia.
Creator – Computational Electric Machine Laboratory's categories are Machinery Manufacturing
