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ドイツにおける「インダストリー4.0」と デジタル化の進展
Fujitsu Research Institute
Dr. Martin Schulz 2017.07.10
1 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Outline
Industry 4.0 drives innovation in slowing markets
Digital Transformation – Bottom Up, Starting with Industry
Digital Innovation – Integration, Co-Creation and Skill Management
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Industry 4.0
Industry 4.0 drives innovation in slowing markets
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0.0
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Emerging
Markets
Other Mature
US
World
Potential Growth Rates (%) Labor Productivity Trends
Japan
Note: 10y moving averages. Source: IMF-WEO; OECD (2016). Note: Linear Trends. Source: Data from Conference Board (2016).
“New Normal” of much lower growth: Social ageing slows demand and innovation (Schulz)
New technologies are innovative, but not really revolutionary or efficient (Gordon)
Growth and Productivity have been Falling Everywhere
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1980 1985 1990 1995 2000 2005 2010
OECD Patents Growth Declines with Ageing Workforce
Ageing workforce results
in decreasing demand
and supply for innovation
Innovative companies
react with product
exports and a “War on
Talent”
Patents
Growth
Young to
Old Ratio
Source: Data from Legge (2016).
Note: Patents per capita growth. Young = 15-34 years old. Old = 45-64 years old.
OECD Young/Old Population
OECD Patents Growth
US Young/Old
German Young/Old
US Patents
German Patents
5 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Digital Transformation and Creative Distruction
Source: Fujitsu Journal (2016.1).
6 Copyright 2017 FUJITSU RESEARCH INSTITUTE
German “Industry 4.0” Initiative: Gradual Shifts
Action Plan -Market Framework
-Stakeholder Network
-R&D Cooperation
-EU Horizon 2020
2002 - Export Boom
2004 - IT Investment
2006 - IT Platforms
2008 - Global Crisis
2010 - Ind. Recovery
2012 - EU Growth Crisis
2014 - Smart Services
2000 - IT Bubble US Internet Giants
Enterprise Software
Boom
Siemens buys UGS (PLM)
Industry Flexibility
I40 Initiative
Service Eco-Systems
Working Time Accounts
Time Industry Government
High-tech Strategy
Annual IT Summit
Industry Alliance
2016 - “New Normal” Digital Transformation
7 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Digital Transformation – German Strength in Industry
Source: Platform Industrie 4.0
German Strength
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産業用
プラットフォーム スマート工場
製造業 20%
「デジタル化」するビジネスモデル
7% 消費財 29%
13%
消費者用
プラットフォーム グローバルなユーザー・アクセス、市場、
標準、新たなビジネスモデル
スマート 自動車.
1.5%
スマート 機器 2.2%
スマート IT
1.2%
スマート 農業 1.2%
スマート 化学 2.2%
7% 7%
小売
運輸
ヘルスケア
政府
4% 水道事業等
IoS
サービスのインターネット化 (パートナーとの共生システム)
IoT
モノのインターネット化 (機器の統合化された運営)
IoT 市場シェア
出典: Data from IDC, Fraunhofer (2014)
IoT とインダストリー 4.0戦略
I40 生産性の 増加
2010 2018
IoT 市場
の「革命」 +20% YoY
(市場規模)
1970 2030
Ind. 4.0 市場の「発展」 +1.5% YoY
(付加価値)
出典: Graphs: Acatech, Siemens.
9 Copyright 2017 FUJITSU RESEARCH INSTITUTE
インダストリー 4.0の付加価値
Productivity
Input
Reduction
Volume
Reduction
Operation
Efficiency
New Operations
Development
Output
Increase
Value
Increase
Volume
Increase
Structural
Change
New Products
Development
Innovation
Growth
Economy
Efficiency
Economy
Best Practice
Adoption
Product
Orientation
Service
Orientation
10 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Innovation and Efficiency (TFP) is the Main Driver of Growth
Data from Conference Board (2016) – Total Economy Database.
German GDP Growth Contribution (%)
-2.0
-1.0
0.0
1.0
2.0
3.0
4.0
5.0
6.0
1990 1992 1994 1996 1998 2000 2002 2004 2006 2008 2010 2012 2014
Non-ICT Capital Contrib.
GDP Growth
TFP Productivity Growth
ICT Capital Contrib.
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In Digitalization, Germany is No Leader
Source: EuroStat (2017) – DESI, EuroStat (2017) – E-business integration.
Note: Percent of companies.
0
10
20
30
40
50
60
70Advertise
User Tracking
Big Data
Use Social Media
Cloud
Cloud DB
Cloud CRM
Cloud Infra
ERP
Supply Chain
e-Sales
e-Sales International
20
30
40
50
60
70
80
90
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2
3
4
5
6
7
8
10 12 14 16 18 20 22
10
15
20
25
30
35
2014 2015 2016 2017
EU Business Digitization Index EU Digitalization Scoreboard
EU Connectivity Index
EU
Basic D
igital Skills (% P
op.)
EU
IC
T S
peci
alis
ts (%
Em
p.) EU DESI Country Index
Germany
EU28
Spain Holland
DE
NE
SP
DE
NE
SP
Germany
EU28
Spain
Holland
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0 2 4 6 8
Cloud
Mobility
Industry 4.0
Innovation Readiness (Index 0-10)
0
20
40
60
80
100
Industry 4.0 User Preparation – Who is Ready?
Industry 4.0 Preparation remote maintenance, mobile workplaces (70%)
IT-based factory automation (70%), ERP (57%)
intelligent automation (machine ind. 31%; 80% car ind.)
…but 44% “not interested” (13% car industry)
Cloud (18% but 40% opposed)
SaaS (13% car industry, 2% machinery industry)
Note: Survey of 141 German mfg companies, 48% <250<500,
52% <500<5000 employees.
Source: Freudenberg IT (2014) - IT Innovation Readiness Index.
Industry Challenges
cost cutting, efficiency (80%)
time-to-market (60%)
growing customer demands (59%)
internationalization (57%)
sales optimization (52%) supply chain (46%)
Note: Survey of SMEs (<100 employees) and Mfg (<500<999).
Source: IDC (2015), Bloomberg (2015).
Mfg slowly upgrades “Legacy” Systems
Small Mfg fears the Cloud
Cloud Adoption (%)
SME
Mfg
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Industry 4.0 Platform Development – Cases & Workgroups
Source: Platform Industrie 4.0
Architectures,
Standards, and Norms
Working Groups
Research and Innovation
Security of Networked
Systems
Legal Framework
Work, Education,
and Training
Industry 4.0 Use-Cases - Horizontal and vertical integration
- Embedded intelligent systems
- Production facilities networked via IoT
- Self-managing products
- Digital engineering from start to finish
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Industry 4.0 Platform Development – Cases
Database Map of Industry 4.0 Use Cases
http://www.plattform-i40.de/I40/Navigation/EN/InPractice/Map/map.html
http://www.plattform-i40.de/I40/Navigation/Karte/SiteGlobals/Forms/Formulare/EN/map-use-cases-
formular.html;jsessionid=D2BC5789FD136B3A26F125FAD2FEBC00
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Cooperative Digital Engineering: Phoenix Contact, Rittal, Eplan
Source: Phoenix Contact, Rittal, Eplan (2016)
Standardized eCl@ss
Data and Description
Eplan Data Portal ->
3D-Prototyping ->
PLM/PDM ->
AutomationML ->
Digital Production
Virtual Prototype ->
- Data control NC-Machine
- Visual Guidance for Worker
Intelligent Control System ->
- Automatic Station Guidance
- RFID Parts Control
Industry 4.0 Production ->
- Individual Products, Config.
- Automatic Config., Testing
- Free Configuration Systems
- Automatic Programming Future
Technology
Intelligent
Production
Conventional
Production
Virtual
Engineering
Digital
Article
Switch Cabinet
Production
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Industry 4.0 Platform Development – Workgroups
Architectures, Standards, and Norms
17 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Industry 4.0 - eCl@ss Standard
2000 2003 2005 2014 2009
Foundation of
eCl@ss e.V.
public financed
SME projects
Internationali-
zation
ISO-datamodell
eCl@ss- advanced
Industrie 4.0
Source: IW (2014) - eCl@ss - make it easy
18 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Industry 4.0 – eCl@ss Development by IW Cologne Institute
Washing Machine Properties
Property: 0173-1#02-AAD942#004
Loading Type
0173-1#07-BAD050#002
Front
0173-1#07-AAA355#002
Top
or
Source: IW (2014) - eCl@ss - make it easy
19 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Industry 4.0 - eCl@ss Standard + AutomationML
► Composite equipment /
assembly groups
► characteristics
► of components
► of the complete
system
► Transfer of 3D-coordinates
► Supports construction
processes
► Block building
► Internalizes concepts
► Cardinality
► Replication of blocks
► Polymorphism
► Illustration of variants
► Intersectoral use requires additional
technologies
<?XML?> <FEATURE>
<FTEMPLATE>
<FT_IDREF>
0173-1#02-AAD972#003
</FT_IDREF>
<FT_NAME>
Capacity
cotton</FT_NAME>
</FTEMPLATE>
<FVALUE>5.5
</FVALUE>
<FUNIT>
0173-1#05-
AAA731#002</FUNIT>
</FEATURE>
Source: IW (2014) - eCl@ss - make it easy
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工場の自動化から サイバーフィジカルシステム (CPS)まで
Moxa Ethernet Switches (2009) L’Oreal - ABB Real TPI (2001), Moxa Virtual Machine - Pajic (2012)
インテリジェント 自動化 システム: コントロール
サービスプラットフォーム ソリューション: ERP, 人材
テクノロジー: 「インサイドアウト」 統合 「アウトサイド・イン」
セマンティクス インターフェース 標準: ネットワーク
従来型システム IoTS 技術
MES PLM
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富士通、ジーメンス デジタルビジネス・プラットフォーム
Source: Fujitsu (2015), The Finance (2016).
富士通MetaArc ジーメンスPLM
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I3.0 => I4.0 - Transformation
Source: Platform Industrie 4.0
Industry 3.0 Industry 4.0
Vertical Integration?
Horizontal Integration?
End-to-End
Engineering?
Communication?
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I4.0 - Reference Architecture – Vertical Integration
Source: Platform Industrie 4.0
Industry 4.0 Hierarchy
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I4.0 - Reference Architecture – Horizontal Integration
Source: Platform Industrie 4.0
Industry 4.0 Layers
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I4.0 - Reference Architecture – End-to-End Engineering
Source: Platform Industrie 4.0
Industry 4.0 Value Stream
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I4.0 - Reference Architecture – Smart Grid Communication
Source: Uslar, Engel (2015), Platform Industrie 4.0
Industry 4.0 Smart Grid Architecture Model (SGAM)
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I4.0 - Reference Architecture – SGAM Model
Smart Grid Architecture Model (SGAM)
Apel (2013) – Smart Grid Architecture Model
Smart Grid Connection Point
Smart Grid Connection Point
Source: Uslar, Engel (2015), Platform Industrie 4.0
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I4.0 - Reference Architecture – RAMI 4.0
Source: Platform Industrie 4.0
Industry 4.0 Reference Architecture Model Industry 4.0 (RAMI 4.0)
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Digital Transformation – Innovation
Digital Transformation – Complex Business Models, Co-Creation and Skills
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Digital Strategy - Transformation at 3 Levels
Fujitsu Technology and Service Vision (2016)
Source: Fujitsu Technology & Service Vision (2016).
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Case: ZF Automotive Supply Transformation
Source: Graphic from ZF drive Magazine 2015.01
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Case: ZF Work and Learning Transformation
Education 4.0:
Academies,
Visualization, Analytics
(Visual Support, Feedback,
Benchmarking)
Office 3.0:
Skype for Business
(Telephones,
Meeting Rooms,
Mobile Workplaces)
Work 4.0:
Assistance Systems
(PTC Windchill PLM,
ThingWorx IoT)
External Integration:
Aftermarket,
Supplier Services
(Platforms, Academies for
Workshops & Partners)
Source: ZF drive Magazine 2015.01; ZF Presentation 2016.
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Case: ZF University Integration
DHBW – Duale Hochschule
Baden Wuertemberg Vocation/Cooperative
State University
Zeppelin University Private University
(Management)
Friedrichshafen
ZF-DHBW InnoLab (for ZF Students)
ZF-Denkfabrik (Internal Startup)
Mobility Research/Solutions
Source: DHBW, ZU, ZF.
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Old<->Young Skill Transfers are Key to Innovation
Learning + experience
leads to innovation and
growth
Old > young
innovation turns to
“sophistication”
Continuous innovation =
continuous learning,
skill management,
change -10
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10,000
Patents etc. %
Total
Population
Source: Data from UN, WIPO.
Note: UN Population Statistics estimates and low-fertility model. WIPO statistics for 1885-1979 and 1980-2014.
15-24 Old Population
50-59 Old Population
Patents, Trademarks, Designs, Models
Patents Innovation “Hump”
Japan Working Age Brackets & Patents
35 Copyright 2017 FUJITSU RESEARCH INSTITUTE
Bottom Line
Industry 4.0 is a “bottom up” approach to “Society 5.0”
Digital Transformation – Integration, Partnerships & Communication are Key
Digital Innovation – Co-Creation and Skill Management for Future Growth
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