Prototypical Automatic Code Generation From Simulink To SPPA-T3000

Michael Schneider; Gülden Bayrak; Johannes Reinschke; Ali Al-Hage Ali; Alex Zindler; Manuel Mettenleiter; Birgit Vogel-Heuser; Sebastian Rehberger

Prototypical Automatic Code Generation From Simulink To SPPA-T3000

Michael Schneider
, Gülden Bayrak
, Johannes Reinschke
, Ali Al-Hage Ali
, Alex Zindler
, Manuel Mettenleiter
, Birgit Vogel-Heuser
, Sebastian Rehberger

Chair of Automation and Information Systems

Chair of Automation and Information Systems

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

The Distributed Control System (DCS) "Siemens Power and Process Automation" (SPPA) T3000 for process automation of power plants enables testing of PLC code in a virtual environment based on process models. However, for generating and parameterizing process models, there exist more specialized tools like Matlab/Simulink. This paper is about how to transfer models from Matlab/Simulink to SPPA-T3000. Based on a newly developed Automation Function Instance (AFI) SPPA-T3000 Simulink-Library, which maps the SPPA-T3000 modeling blocks to Simulink blocks with the same functionality, a process model can be designed, optimized and tested in Simulink. Thereafter, this Simulink process model can be converted automatically into SPPA-T3000 Function Plan (FUP) using the newly developed Simulink to SPPA-T3000 code generator.

Original language	English
Title of host publication	19th IFAC World Congress (IFAC)
Chapter	0
Pages	1-4
Volume	0
State	Published - 24 Aug 2014

Cite this

@inproceedings{609f45f4e2ff49328743f80f30796fac,

title = "Prototypical Automatic Code Generation From Simulink To SPPA-T3000",

abstract = "The Distributed Control System (DCS) {"}Siemens Power and Process Automation{"} (SPPA) T3000 for process automation of power plants enables testing of PLC code in a virtual environment based on process models. However, for generating and parameterizing process models, there exist more specialized tools like Matlab/Simulink. This paper is about how to transfer models from Matlab/Simulink to SPPA-T3000. Based on a newly developed Automation Function Instance (AFI) SPPA-T3000 Simulink-Library, which maps the SPPA-T3000 modeling blocks to Simulink blocks with the same functionality, a process model can be designed, optimized and tested in Simulink. Thereafter, this Simulink process model can be converted automatically into SPPA-T3000 Function Plan (FUP) using the newly developed Simulink to SPPA-T3000 code generator.",

author = "Michael Schneider and G{\"u}lden Bayrak and Johannes Reinschke and \{Al-Hage Ali\}, Ali and Alex Zindler and Manuel Mettenleiter and Birgit Vogel-Heuser and Sebastian Rehberger",

year = "2014",

month = aug,

day = "24",

language = "English",

volume = "0",

pages = "1--4",

booktitle = "19th IFAC World Congress (IFAC)",

}

TY - GEN

T1 - Prototypical Automatic Code Generation From Simulink To SPPA-T3000

AU - Schneider, Michael

AU - Bayrak, Gülden

AU - Reinschke, Johannes

AU - Al-Hage Ali, Ali

AU - Zindler, Alex

AU - Mettenleiter, Manuel

AU - Vogel-Heuser, Birgit

AU - Rehberger, Sebastian

PY - 2014/8/24

Y1 - 2014/8/24

N2 - The Distributed Control System (DCS) "Siemens Power and Process Automation" (SPPA) T3000 for process automation of power plants enables testing of PLC code in a virtual environment based on process models. However, for generating and parameterizing process models, there exist more specialized tools like Matlab/Simulink. This paper is about how to transfer models from Matlab/Simulink to SPPA-T3000. Based on a newly developed Automation Function Instance (AFI) SPPA-T3000 Simulink-Library, which maps the SPPA-T3000 modeling blocks to Simulink blocks with the same functionality, a process model can be designed, optimized and tested in Simulink. Thereafter, this Simulink process model can be converted automatically into SPPA-T3000 Function Plan (FUP) using the newly developed Simulink to SPPA-T3000 code generator.

AB - The Distributed Control System (DCS) "Siemens Power and Process Automation" (SPPA) T3000 for process automation of power plants enables testing of PLC code in a virtual environment based on process models. However, for generating and parameterizing process models, there exist more specialized tools like Matlab/Simulink. This paper is about how to transfer models from Matlab/Simulink to SPPA-T3000. Based on a newly developed Automation Function Instance (AFI) SPPA-T3000 Simulink-Library, which maps the SPPA-T3000 modeling blocks to Simulink blocks with the same functionality, a process model can be designed, optimized and tested in Simulink. Thereafter, this Simulink process model can be converted automatically into SPPA-T3000 Function Plan (FUP) using the newly developed Simulink to SPPA-T3000 code generator.

M3 - Conference contribution

VL - 0

SP - 1

EP - 4

BT - 19th IFAC World Congress (IFAC)

ER -

Prototypical Automatic Code Generation From Simulink To SPPA-T3000

Abstract

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