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Intelligent Asset Management
Physics based Digital Twins
Marit Reiso, PhDProject Manager, Product DeliverySAP Norway Engineering Centre of Excellence, PEI
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Strong Momentum for Intelligent Asset Management
76%of organizations consider it important to predict
potential failures by leveraging data models
Source: Business Performance Benchmarking by SAP 2017
Only 21% of organizations employ predictive
and preventive maintenance effectively
21%
of organizations consider it important to run real-time
asset management processes
83%Only 13% of organizations are able to drive asset
performance based on analysis of real-time
sensor data, along with historical maintenance
data
13%
Digital readiness surveys show that companies clearly see
the need to leverage the digital capabilities to optimize their asset management:
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Motivation – Intelligent Asset Management
As
se
t C
on
dit
ion
TimeTotal Failure
Functional Failure
Human
T
F
Equipment
Predictive Maintenance
PPotential Failure
P
P
P
More time to respond enables
greater flexibility to dynamically
plan maintenance events
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Maintenance and
Service Management
SAP S/4HANA
SAP Leonardo IoT
Asset Strategy and
Performance
Asset
Network
and
Collaboration
Asset
Health
Prediction
and
Optimization
SAP Enterprise Asset ManagementIntelligent Asset Management
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SAP Digital Twin
Business View
Statistics View Physics ViewIntegration
SAP Intelligent Asset Management Asset Health Prediction and Optimization
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SAP Intelligent Asset Management Asset Health Prediction and Optimization
Sensor Data75 78 82 79 75 78 82 79Sensor Data
Simulation-based Digital Twins
Leverage IoT enabled engineering simulation models for asset health
prediction and optimization based on multi-physics simulations
Data Science
Use machine learning to provide advanced notice of a failure to
reduce the number of unplanned downtime maintenance
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Digital Twin for Structural Dynamics
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Asset Health Prediction and OptimizationExamples
Wind turbines 2 Bridges 3 Vibrating equipment1
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ExamplesExtreme loads from rapid changes in stateProduction > stop > production
1
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ExamplesOne radical happening “eats” 4 days normal life
1
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Examples – Produced power vs fatigue1
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Asset Health Prediction and OptimizationExamples
1 Wind turbines 2 Bridges 3 Vibrating equipment
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Photo: Rambøll på oppdrag for Statens vegvesen
Photo: Rambøll på oppdrag for Statens vegvesen
Photo: Rambøll på oppdrag for Statens vegvesen
Idealized model
Photo: Morgan Frelsøy/OPP
Example bridgesGlobal structural deterioration
2
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Sensor
3975
Sensor
3972
Virtual
sensor
3975
Virtual
sensor
3972
Photo: Morgan Frelsøy/OPP
Example bridgesGlobal structural deterioration
2
Recapture
physical
sensor
behaviour
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14 Bridge Crossings
Sensor 3972, az
S0 S5
Sensor
3972
Example bridgesGlobal structural deterioration
2
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Asset Health Prediction and OptimizationExamples
1 Wind turbines 2 Bridges 3 Vibrating equipment
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Example Vibrating Equipment3
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SAP Intelligent Asset Management Asset Health Prediction and Optimization
Sensor Data75 78 82 79 75 78 82 79Sensor Data
Simulation-based Digital Twins
Leverage IoT enabled engineering simulation models for asset health
prediction and optimization based on multi-physics simulations
Data Science
Use machine learning to provide advanced notice of a failure to
reduce the number of unplanned downtime maintenance
22PUBLIC© 2019 SAP SE or an SAP affiliate company. All rights reserved. ǀ
Machine Learning/Teaching
http://adilmoujahid.com/posts/2016/06/introduction-deep-learning-python-caffe/
Starting point: 50/50
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Machine Learning in industrial application is
used to determine «normal vs irregular»
WHAT IS NORMAL?
• The laws of physics are constant (=Normal?!)
SAP Digital Twin can be used to train the
Machine Learning Algorithms
SAP Digital Twin and Machine Learning
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• Continuous versus campagne
• Integrated platform in one core SAP system. No stand-alone measuring system
• Real time asset behaviour
• Integrate maintainance, inspection, risk matrix and geographical overlay
• Based on the need for prediction; simulations using sensor data or the Digital Twin models can predict global behaviour
Intelligent Asset ManagementAdvantages
Marit Reiso, PhD
SAP Norway Engineering Center of Excellence
M: +47 90 14 15 08
E: m.reiso@sap.com
Thank you.
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