iot,automation,value,creation, enabled,by,the,arrowhead...
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www.arrowhead.eu
IoT automation value creation enabled by the Arrowhead Framework
Prof. Jerker Delsing
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www.arrowhead.eu
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IoT Product SegmentsConveyor (Tier2) Components and Parts (Tier3)
• Drive Heads
• LTU & Winches
• Belt Structure
• Belting
• Pulleys
• Feeder Breakers
• Components (a.u. idlers, motors, etc.)
Suppliers of these Products are: • Potential partners, and;
• Future Service Providers
One customer, KGHM, one component • 120 km conveyers • 720.000 idler bearings
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The automation challengeAnnual growths more than 10% and over 500 billion connected devices are expected worldwide by 2025. - Cisco 2013
Massive automation systems not possible with current technologies
Not enough many engineers on the globe to do the job with current technology
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ISA-‐95 automation pyramid to the cloud?
The
Automation systems limit ~ 105 I/O
Increased # I/O Reduced engineering time
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The global cloud approach
A Survey of Commercial Frameworks for the Internet of Things. Hasan Derhamy, Jens Eliasson, Jerker Delsing, and Peter Priller, SOCNE workshop at ETFA 2015, Luxemburg
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Collaborative automation in the cloud
Automation is local -‐ requirements on: Real time Security and safety Continuous engineering
Local clouds are beneficial to: Latency -‐ real time Security -‐ supporting safety Less engineering dependencies
Inter cloud actions are necessary and possibly secure!
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Collabora`ve automa`on -‐ local clouds
Local cloud #1
IASM
II
Application system
Application system
Application system
App
lication
system
Application system
Application system
Local cloud #2
IASM
II
Application system
Application system
Application system
App
lication
system
Application system
Application system
Local cloud #3
IA SMII
Application system
Application system
Application system
App
lication
system
Application system
Application system
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The local cloud approach
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IoT automation -‐ some examples
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Renewable -‐ PV at building roof Recovery from lift operation Grid supply Use of 3 shared services: energy tariffs, prediction, energy planning Energy savings up to 65%
Lift micro grids
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Use of prediction service enables flexibility in energy demand Energy savings 15%
Water distribution grid
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MicroGrid system -‐ BarcelonaMicroGrid System installation at large building in Barcelona Information integration of sub-‐systems addressing the combined electrical energy production
MicroGrid system start without grid supply
Energy savings estimated ≈ 25%
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13Intelligent Street Lighting Control Solution -‐ Jyväskylä Finland Utilised daily profile to dim the lights during night Currently installations are going on for another pilot utilizing also motion detectors: lights are dimmed if no motion (cars/pedestrians) is detected
Measured energy savings ≈ 62%
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Load balancing -‐ Luleå SwedenAdaptive control curve service
Load balancing of individual building peek energy demands service
Multi site optimisation service Interacting with load balancing and the adaptive control curve
Stena (housing company, customer) claims 5% savings in energy usage.
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Flex-‐offer ProcessFlex-‐offers are aggregated and scheduled to utilise renewable energy more efficiently
Aggregated Scheduled
Disaggregated
Collected from prosumers Distributed back to prosumers
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Estimates on flexibility savings
1.3 billion € savings in Denmark 5 million people over 10 years
Due to savings in balancing costs, backup power costs, long distance line costs
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Necessary technologyRobust communication, wired or wireless IoT sensors, actuators, PLC:s, etc.
DCS and SCADA functionality’
MES and ERP functionality
Cloud integration technology Engineering tools for cloud automation systems
Test tools and simulators for debugging
Migration of cloud automation into legacy production system
Suitable security
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Can we build Arrowhead automation systems today? Robust communication IoT sensors, actuators, PLC:s, etc.
DCS and SCADA functionality
MES and ERP functionality
Cloud integration technology
Engineering tools cloud automation Test tools and simulators
Migration to cloud automation
Suitable security
➡Products on the market ➡Some products on the market
➡First products on the market
➡Demonstrated in industrial env. ➡Some products on the market ➡Demonstrated in industrial env. ➡First products on the market
➡Demonstrated in industrial env.
➡First products on the market
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Automation implementations18 automation demos ans 12 seminar presentations are prepared for
ECS fair, Stockholm Nov 3-‐4 2015.
Smart Production Samt Building
Smart Energy efficiency
Smart Mobility
Arrowhead Framework reduces engineering time
From 5-‐6 days -‐> 6-‐8 hours (Abelko) From 4-‐5 weeks -‐> 1 week (BnearIT)
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Arrowhead FrameworkPublic by fall 2015
Wiki at forge.soa4d.org/projects/arrowhead-‐f
Documentation Cookbook
Mandatory core systems: images and code
Tools
System management, orchestration etc.
Test tool Sample simple service -‐ code
Sample automation services -‐ code
Selected/interested people
to be invited for pre-‐usage!
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Know exploitation and plans4 products using Arrowhead technology
BnearIT, Abelko, EISTEC, Evopro, Abelko
Product plans
Schneider, Gewiss, Eurotech, Noda, 3E, ….
Project uptake of Arrowhead result
EMC2, DISIRE, STORM, TotalFlex, OPTI, …..
Project proposals with Arrowhead technology
Arrowhead CAP, RoboMine, Cumulus, …
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ConclusionsIoT automation applications in early stages
Trust in cloud automation requires
Latency control and Security
Scalability
Ease of continuous engineering
Solutions enabling dynamic automation systems: Design and Engineering
Deployment, Operation and Maintenance
Business models
Service usage accounting
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Arrowhead.eu an ProcessIT.EU project
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