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Projects: Control of process plants AKTUELLE AKTUELLE A new method for reducing the power dissipation of MMC high-voltage converters using MPC M.Sc. Marc Landwehr more Approximation of norm-optimal controllers [...] more Development of a reinforcement learning structure for the control of a wastewater treatment plant M.Sc. Yuying Shao more Intelligent, Flexible Control for continuous digitalization in coffee roasting [...] cooling networks taking into account lifespan effects M.Sc. Pascal Sander more AUTOPTC - Autonomous plant tissue culture M.Sc. Maryam Faghihabdolahi more Integration of the highest possible share of renewable
Section: FB1
energy techniques: Drive control Intelligent frequency converter EMV Mechatronics Decentralized energy plants 2D- and 3D-Finite-Elements-Simulation
2017 foto@luftbild-blossey.de Projects The focus of our research is the optimized control of process plants, especially with regard to efficiency and energy saving. For this purpose, all methods of control
a long time and has absorbed moisture in the process? Does condensation occur? How quickly can a plant be dried out by its own losses? Which are the particularly critical components or areas in the converter
role in digitalization. This ranges from the generation of electrical energy, e.g. in wind power plants, through distribution, to the acquisition, transmission and processing of data and information. To
dynamic forces in order to reduce wind turbines' dynamic forces. The service lifetime of wind energy plants is diminished by strong alternating loads, which are caused by turbulences in wind flow. In future
Kacelnik², and Mark Fricker, Quantitation of Physarum networks and foraging behavior ¹Department of Plant Sciences, University of Oxford, UK ²Department of Zoology, University of Oxford, UK Physarum forages
Lang, A. Steinke, A. Kienle and P. Hauptmann (2010). "Inline chemical process analysis in micro-plants based on thermoelectric flow and impedimetric sensors." MEASUREMENT SCIENCE AND TECHNOLOGY 21(10