Department of Measuring Technology / Process Automation

Focus of research

 

Energy storage systems for thermal processes with a focus on steam accumulator, displacement storage, phase change material storage (PCM)


Development, design and engineering of storage concepts

  • Process and control integration
  • Flexibilization and optimization of process technology
  • Measurement and automation concepts

Modeling and simulation

  • Model development
  • Simulation of the static and dynamic behavior of storage processes linked with the plant behavior as well as measurement and control technology
  • Used software: undefinedDynStar, EBSILON, ATHLET

Experimental investigations

  • Concept and unit testing on the undefinedtest facility THERESA for parameters up to 160 bar and 350 °C
  • Experimental analysis of measurement and automation concepts
  • Model validation 

 

Noninvasive measurement methods for state monitoring of systems

Development of measurement methods

  • Analysis on the structure and behavior of systems under consideration
  • Determination of measurement configurations and arrangements

Modeling and simulation

  • Model development and pattern recognition for solving the inverse problem
  • Simulation-based analysis of the static and dynamic behavior of the developed measuring methods
  • Used software: undefinedDynStar, Matlab/Simulink, R

Experimental investigations (e.g. test facility NICoLe)

  • Experimental analysis of the static and dynamic behavior of the developed measuring methods
  • Validation of the measurement methods

 

Computer-based safety I & C

Structure analysis

Modeling and simulation

  • Model development
  • Static and dynamic simulation of the industrial processes linked with the measurement and control systems
  • Used software: undefinedDynStar

Safety assessments of the observed structures

 

 

Letzte Änderung: 9. Januar 2019

Contact person

Prof. Dr.-Ing. A. Kratzsch

Department Measuring Technology / Process Automation

Building IVc / Room C 1.03

03583 612-4282

03583 612-3449
a.kratzsch@hszg.de
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