Self-Learning Energy Management System on the Process Control Level (English)
National licence
- New search for: Zizler, Elisabeth
- New search for: Wenk, Matthias
- New search for: Martens, Benedikt
In:
Applied Mechanics and Materials
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882
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3-9
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2018
- Article (Journal) / Electronic Resource
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Title:Self-Learning Energy Management System on the Process Control Level
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Contributors:
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Published in:Applied Mechanics and Materials ; 882 ; 3-9
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Publisher:
- New search for: Trans Tech Publications
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Place of publication:Stafa-Zurich, Switzerland
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Publication date:2018-07-20
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Size:7 pages
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ISSN:
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DOI:
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Type of media:Article (Journal)
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Type of material:Electronic Resource
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Language:English
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Keywords:
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Source:
Table of contents – Volume 882
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 3
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Self-Learning Energy Management System on the Process Control Level| 2018
- -8
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Preface| 2018
- 10
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Potentials for Error Detection and Process Visualization in Assembly Lines Using a Parallel Coordinates Plot| 2018
- 17
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Defining Batches under Consideration of Quality-Related Factors for Improved Failure and Scrap Analysis| 2018
- 24
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Combining Use Case Methodology and Architecture Models: A Standardized Description Methodology for Complex Systems| 2018
- 36
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Intersections and Contrasts between Energy Efficiency and Flexibility in Production Machinery Energy - An Analysis Regarding Energy Optimisation| 2018
- 45
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Model-Based Computation of Critical Operation Points in Biogas Producing Plants| 2018
- 53
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Towards a Software System Providing Knowledge about Energy and Resource Efficiency Potentials within the Product and Process Development of Electric Drives| 2018
- 64
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Sustainability Aspects of Current Market Developments, Different Product Types and Innovative Manufacturing Processes of Electric Motors| 2018
- 75
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An Information Processing Framework Facilitating the Implementation of Condition Monitoring in Cyber-Physical Systems| 2018
- 81
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Transparent Acquisition and Processing of Energy Data in the Field of Industrial Production - Requirements and Applications| 2018
- 90
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Implementation of an Intralogistics Routing-Service Basing on Decentralized Workspace Digitization| 2018
- 96
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An Artificial Intelligence Approach for Online Optimization of Flexible Manufacturing Systems| 2018
- 111
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Towards an Energy Efficient Series Production of High Performance Permanent Magnet Synchronous Motors by Selective Magnet Assembly| 2018
- 119
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Optimization of the Process Reliability of the Ultrasonic Crimping Process by Evaluating the Mounting Conditions for Tubular Cable Lugs| 2018
- 127
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Qualification of Direct Diode Lasers for Laser Beam Welding in Order to Enhance Process Efficiency| 2018
- 135
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Contribution of Additive Manufacturing of Rare Earth Material to the Increase in Performance and Resource Efficiency of Permanent Magnets| 2018
- 142
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Investigation of Carbon Dioxide Based Blasting Technologies as Cryogenic Deburring Method for Titanium Alloy and Stainless Steel| 2018
- 154
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Measurement Analysis for Increasing Resource Efficiency during Autoclave Processes for the Production of Fiber Composites| 2018
- 162
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Magnetic Gearing as a Functional Principle in Electric Drives| 2018
- 174
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Smart Melting: Increasing Efficiency in Non-Ferrous Melting and Die-Casting Plants through Incident Management| 2018
- 182
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E|Melt: Simulation-Driven Analysis of Energy Efficiency Measures inside Non-Ferrous Melting and Die-Casting Plants| 2018
- 190
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Electrical Functionalization of Interconnect Devices by Digital Printing - Evaluation of Properties and Long-Term Behaviour| 2018
- 199
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Contribution to the Reduction of Annealing Processes in the Manufacturing of Valve Solenoids by Using Inline Measuring Technology in the Caulking Process| 2018
- 208
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CFD Optimized Test Rig Design for High Precision Energy Efficiency Performance Measurements of Fans for Electronic Cooling| 2018
- 215
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Assessment Methodology for Efficiency, CO2-Emissions and Primary Energy Consumption for Refrigeration Technologies in the Industry| 2018