packageVDI3813
Package of control functions for building automation referring to VDI3813 standard.
Extends from Modelica.Icons.VariantsPackage (Icon for package containing variants).
Information
This package contains building control functions based on the description in directive VDI 3813 [1]. It encompasses a set of functions required for room automation.
Fig. 1: UML class diagramm to show the basic ideas behind modelling the standardised room automation functions of VDI 3813.
|
Tab. 1: Documentation notes
Group |
Functions |
Functionalities |
Examples |
Package |
Sensor functions |
Done |
Done |
Done |
Done |
Actuator functions |
Done |
Done |
Done beside SunshadeActuator |
Done |
Operator functions |
Done |
Done |
Done beside ActuateSunshade |
Done (missing pic) |
Application functions |
Done |
Todo |
Todo |
Todo |
Macro functions |
Todo |
Todo |
Todo |
Todo |
TODO
- LightActuatorSwitching algorithm (plus implementation of Functionality and Tester)
- LightActuatorDimming algorithm (plus implementation of Functionality and Tester)
- TesterSunshadeActuator algorithm
- TesterActuateSunshade algorithm
Analogsignale Digitalsignale
- Bei Sensoren i. d. R. festgelegt ob analog oder binär
- Bei Aktoren i. d. R. beides möglich! Abschnitt vier: Prozentwert; Beschreibungen: analog/binär
- Bei Bedien-/Displayfktn häufig beides möglich!
Contents
| Name | Description |
|---|---|
| User's guide | |
| Collection of test scenarios to show the use of VDI3813 control functions | |
| Sensor functions referring to VDI3813 directive | |
| Actuator functions referring to VDI3813 directive | |
| Operator and display functions referring to VDI3813 directive | |
| Application functions referring to VDI3813 directive | |
| Compositions of different functions referring to VDI 3813 | |
| Contains semantic connectors and partial models for VDI3813 compliant control functions | |
| VDI3813 specific data types with semantic information | |
| Important and helpful models for implementation of room automation functions |
Revisions
- March 07, 2017 by Georg Ferdinand Schneider & Georg Ambrosius Peßler:
Implemented.
