Sustainable Production leveraged by Smart Systems/of Smart Systems

1. Sustainable Production leveraged by Smart Systems/of Smart Systems
Smart System Integration 2011
22. - 23. March 2010, Dresden
Dr. Andreas Schaller
ASC - Technology Consulting
info@andreas-schaller.de
Dr. Andreas Schaller
Sustainable Production
1

2. Agenda
1. Sustainable Production leveraged by Smart System
 Factories of the Future
 Factories of the Future 2011
 Factory Floor - Example
 Logistic - Example
2. Sustainable Production of Smart Systems
 Material - a Go / No-Go Challenge
 Energy - a Market Challenge
 Recycling- a Money Challenge
 Production - a “Green” Challenge
3. Summary
Sustainable Production2

3. Sustainable Production
leveraged by Smart System
Sustainable Production3

4. Factories of the Future
Sustainable Production4
M2M
Mobile
Office
CRM
Email
Business
Processes
Cold Chain
B2B
Apparel
Transportation
Authen-
tication
Logistics
Compliance
Shop
Floor
Factory
Floor
B2B Application
- Data Logger
- Mobile
- Real-Time
Green Cars
Factories of the
Future
Energy-efficient
Buildings
Future Internet
IOT
Presented at SSI 2010 in Como
http://www.box.net/shared/zyb1p1hjf4

5. Factories of the Future 2011
Sustainable Production5
M2M
Mobile
Office
CRM
Email
Business
Processes
Cold Chain
B
2
B
Apparel
Transportation
Authen-
tication
Logistics
Complianc
e
Shop
Floor
Factory
Floor

6. Factory Floor
Sustainable Production6
Energy
- Harvesting
- Saving
- Monitoring
Production/Transportation/Distribution
- Visualizing
- Monitoring
- Optimizing
Intelligent Paper RollPressure Control

7. Logistic ( LBS )
Sustainable Production7
HCQ
Indicator
HCQ-GPS-
Navigator
HCQ
Printer

8. Sustainable Production
of Smart Systems
Sustainable Production8

9. Material - a Go / No-Go Challenge
Sustainable Production9
ROHS Proposal June 2010ROHS 2004
Nano Silver
CNT
1.Lead (Pb)
2.Mercury (Hg)
3.Cadmium (Cd)
4.Hexavalent chromium (Cr6+)
5.Polybrominated biphenyls (PBB)
6.Polybrominated diphenyl ether (PBDE)

10. Recycling- a Money Challenge
Sustainable Production10
The EP Environment
Committee has
recommended that
Member States should
collect 85%
of WEEE by 2016
and
recycle 50-75%
Producers
should integrate
the costs
generated by
collection and
treatment into
their product
prices, so that
they will have an
incentive to
reduce those
costs
WEEE 2011

11. Energy - a Market Challenge
Sustainable Production11
Source : Sumitomo Chemical
Source : LG
EC Display
OLED Display
Body Area Networks
Source : Wikipedia
Source : Renault

12. Production - a “Green” Challenge
Sustainable Production12
Wireless
Sensing
Node
• Microelectronics : System-on-Chip
• Non-silicon based components : Additive Processes / Waste management
• Manufacturing Environment : From Clean Room to Clean Process
• Green Production vs. Low Cost Location ???
Production
Environment
Waste
Management

13. Summary
Sustainable Production13
1. Sustainable Production leveraging Smart Systems
 Factory of the Futures are upraising
 Energy Harvesting / Monitoring / Saving
 Quality of Service drives Smart System Integration
2. Sustainable Production of Smart Systems
 Material – Freedom to operate
 Recycling – incl. in the Sales Price
 Energy – the gate to the market
 Green Production – not only for the Environment

14. Questions ?
Sustainable Production14
Andreas Schaller Technology Consulting Unternehmergesellschaft (haftungsbeschränkt)
Dr. Andreas Schaller
Email : Andreas.Schaller@t-online.de
Andreas Schaller Technology Consulting Unternehmergesellschaft (haftungsbeschränkt)
Office : Schulstr. 11, 95676 Wiesau
Management : Dr. Andreas Schaller
District Court : AG Weiden, HRB 3499