SIM-VICUS compared to other Tools
|Hourly/Sub-hourly time steps||✓||✓||✓||✓||✓|
|Error controlled integration (dynamically adjusted time step sizes)||✓||✓||✓||✗||✗|
|3D Visualization of model||✓||✓||✗||✗||✓/✗|
|Thermal bridge modelling||Simplified||Simplified||Simplified||Indirect||Simplified|
|Run-time data exchange with other tools e.g. (MATLAB, CFD tools, EES, VBA)||via FMI||✗||via FMI (*)||via FMI (**)||via FMI (**)|
|Open source code||✓||✗||✗/ ✓ (***)||✓||✗ (****)|
|Thermo-hydraulic network model||✓||✓||✓||✗||✗|
|Supported Operating Systems: Windows, MacOS, Linux||✓|✓|✓||✓|✗|✗||✓|✗|✗||✓|✗|✓||✓|✗|✗|
(*) Depends on Modelica development environment
(**) Only FMI for Co-Simulation, version 1.0
(***) Some Modelica libraries are open-source, simulation environments SimulationX/Dymola are closed-source
(****) Earlier TRNSYS Releases have been made available as open-source
Modern Solver Technology and Efficient Code Base
SIM-VICUS is a modern building simulation platform for the dynamic evaluation of the energy efficiency of a building. It has been specially developed to be able to efficiently calculate particularly complex and large buildings as well as to be able to manage the necessary amount of data. At the same time, the integrated physical models have a high level of detail, which is useful for the dynamic description of the building. In particular, the heavy construction in the European area is taken into account.
The SIM-VICUS solver is optimized especially for such building simulation models and is state of the art with respect to the numerical methods used.
Similarly, the SIM-VICUS user interface is developed using resource efficient C++ code – the software runs smoothly even on 10 year old notebooks/Macs (no need to purchase expensive workstation PCs).
In SIM-VICUS, the entire paramatrisation is carried out using 3D building data. This means, on the one hand, that the entire building is graphically modelled and created on the basis of 3D interior surfaces and, on the other hand, that parameters are assigned directly to the object (e.g. underfloor heating) and these are also graphically visualised using false colors.
Excellent Quality Management
With SIM-VICUS all parameters can be displayed and checked dynamically via the 3D interface. This allows the user to maintain an overview within the project and efficiently ensure the correctness of the input data. This takes the quality management of data integrity to a new level.
Lightning fast building modeling
SIM-VICUS is currently capable of importing IDF files and IFC files and developing simulatable models from architectural models at lightning speed.
In addition, rooms, roofs and complex shapes can be created via extensive parameterization dialogs.
This means that three-dimensional simulation models can be created in no time at all and are ready for further use.
Advanced district modeling
SIM-VICUS includes support for thermal-hydraulic pipe networks and associated network components. One may describe entire district networks (and, for example, import necessary geometry from GIS sources). Further, it is possible to have individiual detailed building models with internal hydraulic networks (heating systems etc.) interfaced directly with area networks and solve these district and building models together.
In addition to internal plant and control models, SIM-VICUS also supports run-time coupled simulation based on the Functional Mockup Interface (FMI) Standard 2.0. This allows the simulation of detailed plant systems and components provided as FMUs by specialized programs (e.g. Modelica) to be combined with the SIM-VICUS building simulation.