—ABB SWITZERLAND LTD APRIL 2ND , 2019
Digital Transformation – Strategic approachWhich pillars to addressWolfgang Felber, Country Digital Officer
—Digital Transformation – Strategic approachWolfgang Felber
—Industrial markets primed to adopt digital technologies
April 3, 2019 Note: relative size of industry for advanced economiesSource: ABB analysisSlide 3
Computing + connectivity + cloud + analytics set to unlock value
Time
Leve
l of
digi
taliz
atio
n
Digital S-Curve
Agriculture
Buildings
Mining & Metals
Food & Bevarage
Retail
MarineRail & Road Logistics
Oil & GasChemicals
Automative/DiscreteUtilitiesHealthcare
Finance &Insurance
Media ICT
Other industriesABB end-market
—
Individualization& customization
Shorter productlifecycles
Efficiency& productivity
ABB AbilityTM Smart Building
April 3, 2019 Slide 4
Embedded digital factory
Suppliers
Energy
Customers
ABB AbilityTM
Smart Factory
The picture can't be displayed.
Consumers
Workers
Robots Process
Logistics
Cloud
Connected
Optimized
Transparent
Proactive
Agile
Initiative to transform selected ABB factories to factories of the future that will act as blueprints for other ABB manufacturing sites
—Connectivity - Integration
—Control Technologies
April 3, 2019 Slide 6
Edge
OT
IT
Plant Wide AutomationProcesscontrol
Safety Electricalcontrol
Manufacturing Operations ManagementProcessIntelligence
ManufacturingExecution
ProductionIntelligence
ProductionOptimization
Extended capabilities and enterprise view
FleetManagement
BusinessAnalytics
PredictiveMaintenance
MobileOperations
Collaboration AdvancedServices
Connect
AggregateSecure
Act
Visualize
Prescribe
Analyze Predict
Cyb
er s
ecur
ity
PlantAutomation
—Digital and Collaborative Operations
April 3, 2019 Source: ABB Digital TransformationSlide 7
What this could look like
Level 1
Level 2
Level 4
Level 5
Component
System
Plant
Fleet
Corporate
Level 3
Step 1: Define Standard for Digital Hierarchyand Data Management
Cus
tom
er C
APA
BIL
IITY
AB
BA
rchi
tect
ure
DataStorage
ABB AbilityCloud Gateway
DataGateway
Step 2: Integrate Software, IT,OT across the digital hierarchy
Analytics Tools
Datalake
Cloud
MES/ LIMS
Energy SW
Asset SW
RTDB
DCS
PLC
IT/OT Integration
Step 3: Activate enablingservices
Step 1: Implement Standard data transferarchitecture to ABB Ability Cloud
Step 2: Collate integrated datainto Collaborative Operations
Center
INTEGRATEDOVERVIEW
q Energy Optimization
q Condition Monitoring
q Operations & Tech.Support
q Analytics andVisualization
q PerformanceOptimization
q Cyber Security
INTELLIGENTOVERVIEW
Step 3: Integrate performancemonitoring for Intelligent
Overview
Step 4: Apply AI and externaldatasets for Smart Operations
Center
Step 4: Enable enhancedcollaborative operations at Nestle
SMART COLLABORATIVEOPERATIONS CENTER
WeatherData Traffic Data
+
BY
USI
NG
DIG
ITA
L TW
INA
ND
AZ
UR
EST
AC
K
—Operator environments: Increasing amount of data presented
April 3, 2019 Slide 8
Complexity beyond human comprehension
Decision making: human operator – Data based support: Artificial intelligence
~1910
~1990 ~Today Future
—Digital operations for Datacenter
April 3, 2019 Slide 9
Improved productivity, reduced energy, & longer operation life
Cybersecurity assessment Power quality monitoring &demand-response
Digital operations
Distributed control systemsEnergy assessment
Remote monitoring &optimization
SELECTION
—Autonomous AutomationUsing Artificial intelligence AI in industrial applications
—
Connectivity Blockchain
Time-sensitivenetworking
Digital technologies are driving new innovation in industrial markets
April 3, 2019 Slide 11
Media is focused on B2C but the “killer app” is in B2B
Virtual/augmentedreality
Software-definedmachines
Machine learning Big data
Inexpensivecomputing
Cloudcomputing
Cybersecurity
—Draft – Privileged and Confidential – Prepared at the request of Counsel
Robotics, PLC1, process control Software, digital solutions Cyber-physical systemsMotors Drives
ABB Ability™
Digital operations
Autonomous operations
Automated operations
Electronics
Copper & iron
Artificial Intelligence
Expertise
Nerves, Senses
Muscles
Brain, Logic
Long-term committed to driving pioneering innovation
April 3, 2019 1Programmable Logic ControllersSlide 12February 28, 2019
—From physical to digital differentiation
April 3, 2019 Slide 13
Mastering the control room - Closing the loop
Maintenance
Operation
Control
Plant / equip. health
Operational data
Measurements
Service action
Set points
Control signals
Analyze
Act Sense
—
Steady state control Normal operationStart, transients, stop Complete plant lifecycle
AutonomousAutomated
Automated systems move towards autonomous
April 3, 2019 Slide 14
TMAnalyze
ActSense
Analyze
ActSense
Understand
SolvePerceive
—Deterministic vs. AI systems
April 3, 2019 Slide 15
Critical situation (safety relevant) Non-critical situation (improving effectiveness)
“better safe than sorry” “nobody is perfect”
Roles in autonomous systems
False -Danger! Operator intervention
False +Impacting availability
Correct reaction Correct reaction
Impacting trust
False -
False +
Undetected
Detected
Improperly detected
—Artificial Intelligence is key technology for the next level of industrial progress
April 3, 2019 Slide 16
AI: “The ability to learn or understand or to deal with new or trying situations”1
Human
Systems designed by experts
+ Intuition
+ Creativity
+ Expertise
– Computation
Artificial
Knowledge learned from data
– Intuition
– Creativity
+ Expertise
+ Computation
Augmented
Amplifying human potential
1Webster referring to intelligence
Experts supported by algorithms
—Examples
—Manipulate and move
April 3, 2019 Slide 18
Autonomous robots designed for target segments
“Data center sheriff” “Motor crawler” “Transformer diver” “Plant helicopter”
—Steering towards autonomous ships
April 3, 2019 Slide 19
From… To…
Changing the view of the captain
Revolutionizing transport with AI
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