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30 Optimizing the engineering of technical energy management systems
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Chapters in this book
- Frontmatter I
- Foreword by Prof. Dr. Alexander Fay V
- Foreword by Andreas Graf Gatterburg VII
- Acknowledgement by Prof. Dr. Rainer Drath IX
- Table of Contents XI
- About the Editor XXV
- 1 About this book 1
-
Part I: AutomationML Development Support
- 2 Overview of Part I 9
- 3 Software development with AutomationML 11
- 4 AutomationML Export and Import Data Interfaces 41
- 5 The AMLTestCenter Rule-based verification of AML documents for generic and AAS conformity 75
- References for Part I 87
-
Part II: The Industrial Cookbook
- 6 Overview of Part II 93
- 7 AML domain model for VDI 3697-1: Data exchange between CAE and PCS 95
- 8 AML domain model for VDI 3697-2: Data Exchange between CAE systems 113
- 9 MTP – Automation Engineering of Modular Process Plants 125
- 10 AML domain model for System Control Diagrams 165
- 11 Data exchange between ECAD and PLC tools – AR APC 197
- 12 Modelling of Drive Configurations – AR DRIVES MCAD 223
- 13 AML domain model for material handling 237
- 14 The AutomationML Component 255
- 15 AML domain model for Electric Interfaces 295
- 16 AutomationML Component Checker 323
- 17 AML domain model for communication systems 335
- 18 Modelling OPC UA with AutomationML 351
- 19 Serialization of the Asset Administration Shell by AutomationML 365
- 20 AutomationML Industrialization and Toolchain 379
- 21 AutomationML governance at Daimler AG 385
- 22 AutomationML and eCl@ss Integration 397
- 23 Semantic and Pragmatic Interoperability Mappings 411
- 24 Extended RoleClass libraries 435
- 25 AML-based Enterprise Control System Integration by IEC 62264 451
- References for Part II 467
-
Part III: The Future – AutomationML Research
- 26 Overview of Part III 483
- 27 AutomationML based development of mechatronic systems 485
- 28 Concept to refine and computationally evaluate PPR information in AML 503
- 29 Integration of data and software into the Digital Twin via AML 521
- 30 Optimizing the engineering of technical energy management systems 539
- 31 Skill-Based Engineering of Automation Systems: Use Case and Evaluation 555
- 32 Engineering Data Logistics based on AML 579
- 33 Energy optimization during virtual commissioning 603
- Abbreviations 631
- Trademarks 635
- Index 637
Chapters in this book
- Frontmatter I
- Foreword by Prof. Dr. Alexander Fay V
- Foreword by Andreas Graf Gatterburg VII
- Acknowledgement by Prof. Dr. Rainer Drath IX
- Table of Contents XI
- About the Editor XXV
- 1 About this book 1
-
Part I: AutomationML Development Support
- 2 Overview of Part I 9
- 3 Software development with AutomationML 11
- 4 AutomationML Export and Import Data Interfaces 41
- 5 The AMLTestCenter Rule-based verification of AML documents for generic and AAS conformity 75
- References for Part I 87
-
Part II: The Industrial Cookbook
- 6 Overview of Part II 93
- 7 AML domain model for VDI 3697-1: Data exchange between CAE and PCS 95
- 8 AML domain model for VDI 3697-2: Data Exchange between CAE systems 113
- 9 MTP – Automation Engineering of Modular Process Plants 125
- 10 AML domain model for System Control Diagrams 165
- 11 Data exchange between ECAD and PLC tools – AR APC 197
- 12 Modelling of Drive Configurations – AR DRIVES MCAD 223
- 13 AML domain model for material handling 237
- 14 The AutomationML Component 255
- 15 AML domain model for Electric Interfaces 295
- 16 AutomationML Component Checker 323
- 17 AML domain model for communication systems 335
- 18 Modelling OPC UA with AutomationML 351
- 19 Serialization of the Asset Administration Shell by AutomationML 365
- 20 AutomationML Industrialization and Toolchain 379
- 21 AutomationML governance at Daimler AG 385
- 22 AutomationML and eCl@ss Integration 397
- 23 Semantic and Pragmatic Interoperability Mappings 411
- 24 Extended RoleClass libraries 435
- 25 AML-based Enterprise Control System Integration by IEC 62264 451
- References for Part II 467
-
Part III: The Future – AutomationML Research
- 26 Overview of Part III 483
- 27 AutomationML based development of mechatronic systems 485
- 28 Concept to refine and computationally evaluate PPR information in AML 503
- 29 Integration of data and software into the Digital Twin via AML 521
- 30 Optimizing the engineering of technical energy management systems 539
- 31 Skill-Based Engineering of Automation Systems: Use Case and Evaluation 555
- 32 Engineering Data Logistics based on AML 579
- 33 Energy optimization during virtual commissioning 603
- Abbreviations 631
- Trademarks 635
- Index 637