Back to top
Send SMS Send Inquiry

GRAPHICAL MODEL BUILDER (GMB) SIEMENS PSS SINCAL ELEMENT AND CONTROLLER MODELLING

GRAPHICAL MODEL BUILDER (GMB) SIEMENS PSS SINCAL ELEMENT AND CONTROLLER MODELLING
GRAPHICAL MODEL BUILDER (GMB) SIEMENS PSS SINCAL ELEMENT AND CONTROLLER MODELLING
Send Inquiry
Product Code : PSS_SIN_35
Brand Name : Siemens
Product Description
GRAPHICAL MODEL BUILDER (GMB) SIEMENS PSS SINCAL ELEMENT AND CONTROLLER MODELLING

Requirements and Use Cases 

An intuitive and efficient model editor is required if user-defined models of equipment, control devices or simulation controls are to be used, for which the behavior cannot be simulated by the standard models in the delivered model library.

  • Possibility of modeling for user-defined models for control devices in generating and transmission systems for different calculation types as well as individual influencing of load and branch element behavior depending on various variables and network signals
  • Pre-defined functions for the simulation of controlling devices with the option to implement your own code
  • Simplified integration of external DLLs that contain vendor-specific algorithms and model behavior
  • Encryption of models to protect intellectual property
  • Use of created dynamic models in different products of the PSS®Suite

Solution

The graphical model builder (GMB) in the PSS®SINCAL Platform contains an intuitive user interface for user-defined modeling. The block oriented GMB is fully integrated in the native GUI of the PSS®NETOMAC dynamics engine and can be used in all simulation programs of the PSS®Suite via a provided interface without compilation or other third party software.

  • Intuitive operating and modeling concept as well as automatic plausibility check during modeling
  • More than 30 different model types for generation and transmission systems as well as for controlling individual network elements and simulation
  • Creation of user-defined models for use in different calculation types
  • Over 100 predefined function blocks and the possibility of implementing user-defined code in a FORTRAN syntax
  • Connection of external DLLs (DLL module) as subsystems of a model
  • Output of selected signals during the runtime of the model in predefined file structure
  • Test environment for the created models with analysis possibility directly in the block diagram of the model as well as in diagrams
  • Possibility of model encryption

RELISERV SOLUTION
X


RELISERV SOLUTION
Office No.-9, Plot 53/54, Sector-34, Space Heights, Near Tawa Hotel, Kamothe, Navi Mumbai - 410209, Maharashtra, India
Mr Piyush Lalchand Rathi (Partner)
Mobile :+919819614841, +919769207841
Mr. Dnyanesh Gawande (Partner)
Mobile :+919833686249