Research project EffiziEntEE started

The new BMWK-funded research project EffiziEntEE at the TUHH and TU Dresden is about the efficient integration of high proportions of renewable energies into technically and economically integrated energy systems. In a holistic approach, direct interactions between the technical energy supply system, its regulation and the energy market are examined for the first time, with all components being depicted using realistic models.

XRG supports the research partners with technical expertise in physical modeling in Modelica, the high-performance implementation of co-simulations, the technical evaluation of system properties and the model-based optimization of operating scenarios.

 

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Hybrid AI-physical Modelica Modelling using SMArtiInt and ClaRa

Hybrid AI-physical Modelica Modelling - A power plant simulation use case for SMArtiInt and ClaRa… MORE
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Research project EffiziEntEE started

The new BMWK-funded research project EffiziEntEE at the TUHH and TU Dresden is about the efficient integration of high proportions of renewable energies into technically and economically integrated energy systems. MORE
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SMArtIInt - Simple Modelica Artificial Intelligence Interface Library released for FREE

In many modelling areas, pure physical models are either not available or not accurate enough. MORE
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XRG Modelica libraries now available for OpenModelica and Modelon Impact

As a first candidate our HVAC LibraryMORE
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TISAX Result Available

Another success story at XRG: This week we received our VDA-ISA TISAX assessment results which entitle us with a TISAX certificate for the upcoming 3 years. MORE
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Energy optimization of swimming pools with HVAC Library

XRG Simulation supported the municipal building management of the city of Bonn for the Hardtbergbad project through dynamic year-round simulations with the HVAC Library in order to examine the available renewable energy… MORE