Always creating more knowledge through research

XRG Simulation has made a name for itself in the field of simulation and modelling of thermal energy systems and in collaboration with renowned research institutions and companies continues to take part in challenging research projects for better energy technology. Our expertise is especially helpful for the research when it comes to complex topics. We get to the bottom of questions, learn from these and develop methods and products which further the project. Thus, we gain advanced knowledge in many areas from which our customers also benefit.

Simulation at work
DynStart

DynStart - Start-up and Transient Behaviour of Power Plants

The joined research project "DYNSTART: Start-Up and Transient Behaviour of Power Plants" will investigate the capabilities of power plants with and without CCS technologies to provide residual loads in future energy markets. The study will point out potentials and limits of operation at extra-low-load and during start-up and shut-down. Besides the process-technical aspects of the issue modern MIMO control strategies are focused in the study as can improve the power plants' abilities to fulfil future grid requirements.

Power station

 

The Modelica library ClaRa

The Modelica library ClaRa will be improved during the research project. ClaRa stands for Clausius-Rankine cycle. The source code of the library will be completed by new components and improved with respect to its numerical robustness and validity in special operation modes (start-up, shut down, downtime). Furthermore, the library ClaRa shall be supported by SimulationX in addition to Dymola.

Partner

The following institutions take part in the research project:

  • Hamburg University of Technology, Institute of Energy Systems, Hamburg, Germany,
  • Hamburg University of Technology, Institute of Thermo-Fluid Dynamics, Hamburg, Germany,
  • Hamburg University of Technology, Institute of Control Systems, Hamburg, Germany,
  • TLK-Thermo GmbH, Brunswig, Germany,
  • ESI ITI GmbH, Dresden, Germany,
  • E.ON Technologies GmbH, Gelsenkirchen, Germany,
  • E.ON Energie AG, Gelsenkirchen, Germany,
  • Vattenfall Europe Generation AG, Cottbus, Germany,
  • EnBW Energie Baden-Württemberg AG, Stuttgart, Germany.

Research Funding

The research project DynStart is supported by the Federal Ministry of Economics Affairs and Energy (number 03ET7060D) and started in August 2015 and will end in December 2018.

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Nakulek - Model-based design and analysis of a natural circulation for cooling of aircraft systems

Nakulek - Model-based design and analysis of a natural circulation for cooling of aircraft systems

Nakulek logo

In this aviation research project an innovative cooling system for high-temperature heat loads in aircrafts will be developed. Power electronic components shall be cooled by means of a natural circulation and phase change material (PCM). XRG will innovate straightforward simulation techniques to allow a model-driven system development. Thus, the models will be used to optimize the design of the system with regard to essential parameters like weight, power consumption, aerodynamic drag and integration space. New model libraries will provide models for robust simulation of natural circulation using sustainable refrigerants. Both, 1D and 3D (CFD) models shall allow either a system or component simulation for two-phase flows.

Partners

In this joint research project XRG Simulation cooperates with ZAL GmbH (Hamburg’s Center of Applied Aeronautical Research) and the institute of Technical Thermodynamics of Hamburg University of Technology.

Research Funding

The research project Nakulek is supported by the Federal Ministry of Economics Affairs and Energy (number 20Q1519B) and started in July 2016 and will terminate end of June 2019.

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Succesfull projects

Our successfully completed research projects

Coherent

01.2014 -
10.2016

Control of Heat Recovery Networks

Toica

09.2013 -
08.2016

Thermal Overall Integrated Concept Aircraft

DynCap

03.2011 -
08.2014

DynCap - Dynamic Capture of CO2

MoMoLib

11.2011 -
10.2013

Modelling Fluid Properties for R134a and Humid Air

OpenProd

06.2009 -
12.2012

Open Model-Driven Whole-Product Development and Simulation Environment

SyntHEX

11.2010 -
12.2012

Optimal heat exchanger networks

Mohicab

01.2008 -
03.2011

Modelling Humidity in Aircraft Cabins

EuroSysLib-D

10.2007 -
06.2010

Modelica libraries for embedded systems modeling and simulation

Co-operation

COMPETENT PARTNERS FOR RESEARCH PROJECTS

Awards

Innovativ durch Forschung