Webseite Chair for Wind Power Drives
The Chair for Wind Power Drives researches the behavior of drive systems in modern multi-megawatt wind turbines. Research goals include increasing the availability, the robustness alongside energy efficiency of wind turbines as well as lowering the cost of electricity. For this purpose, software development tools and modern system test benches are used in a network.
For the improvement of the reliability of the gearbox of a wind turbine it is very important that there is a fundamental knowledge of the prevalent loads so that it is possible to consider them in the early stages of the product development process. A new scientific project at the CWD identifies dynamic loads which are a result of failures in the electrical power grid. In addition to that there will be an investigation of the dependency of those loads in relation to the chosen concept of the drivetrain. In the project there will be investigations based on a simulation as well as experiments on a WT test bench. Thereby a lot of measurement data will be generated. Therefore one target of this project is the enhancement of an existing data acquisition system. The enhanced system should be able to perform a data compression and pre-evaluation in real time.
- Familiarization with the existing measurement data acquistion system of the CWD
- Literature research on existing algorithms for the pre-processing of measurement data
- Development of an algorithm for the detection of significant loads
- Enhancement of the existing measurement data acquisition system with regard to data compression and pre-evaluation
- Motivation to work independently
- Prior knowledge in programming (especially PYTHON) as well as with the operating system Linux and the system design platform LabView is advantageous
- A good overall grasp of measurement technology is desirable
- Immediate start and rapid progress of the thesis
- Intensive supervision
- Flexible working hours in a young and motivated team
We look forward to your application by email:
Julian Röder, M. Sc.
Chair for Wind Power Drives
Campus-Boulevard 61, 52074 Aachen
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