Dynamic Simulation of Energy Systems.

LTX Simulation GmbH specializes in the energy analysis of technical systems. Located in Munich, we leverage modern simulation technology for industrial engineering applications.

In research and development projects, we concentrate on thermodynamic processes, e.g. in HVAC applications or power plants.

LTX develops complex mathematical models and corresponding customized software.

Time-dependent interaction with controllers is crucial for modern products and industrial plants. For analyzing these complex systems, we build integrated simulations of mechanical, electrical, thermal, hydraulic, pneumatic and chemical processes together with dynamic control behavior.

We provide modeling and simulation services for specific system components as well as complete systems. Additionally, we develop customized software solutions, e.g. for pre- and post-processing tasks.

Customers benefit from existing modeling know-how and Modelica simulation tools.

Our models are mostly based on the open-source modeling language Modelica and the Modelica-based simulation tool Dymola.

In order to leverage existing modeling know-how, we distribute Modelica Libraries developed by specialized developers and research institutes.

We provide technical support and consulting for the simulation tool Dymola. Additionally, we offer specialized consulting and comprehensive training classes.

Information on Training Classes and Modelica Libraries

Training class (in German)
"Multi-domain modeling and simulation with Modelica and Dymola"

March 14 - 16, 2016,   October 10-11, 2016

Agenda (PDF)   -   Registration (email)

Training Class (in German or in English on request)
"Introduction to Modelica and Dymola"
June 7 - 8, 2016

Agenda (PDF)   -   Registration (email)

Modelica Libraries Catalog

Download (PDF)
Local distributors: Claytex (UK, Ireland, Benelux and South Africa), Dofware (Italy)


LTX Simulation GmbH

Wohlfartstrasse 21b
80939 Munich


Tel.: +49 89 20970055

Managing Director: Dipl.-Ing. Leo Gall
Register court Muenchen HRB 214539
UID DE296811644

  • We simulate energy systems.
  • We develop complex mathematical models.
  • Our customers learn from our know-how.