Smart Sustainability - Semieuropesemieurope.omnibooksonline.com/2016/semicon_europa/SEMICON... · Smart Sustainability Dr. Christian Pophal Corporate Head Sustainability & Continuity

Smart SustainabilityDr. Christian PophalCorporate Head Sustainability & Continuity Planning

Josef ObiltschnigLead of “Energy 2020” Program

Table of contents

About Infineon

Carbon Footprint

Industry 4.0 and Energy Efficiency

Summary

1

2

3

4

22016-10-25 Copyright © Infineon Technologies AG 2016. All rights reserved.

Smart SustainabilityInfineon at a Glance

Financials Market Position

Business Segments Employees

527 377 620 897

FY 12 FY 13 FY 14 FY 15

[EUR m]

Europe

14,533 employees

About 35,400 employees worldwide(as of Sep. 2015)

Americas

3,682 employees

Asia/Pacific

17,209 employees

34 R&D locations19 manufacturing locations

Revenue Segment Result Margin

15.5%14.4%9.8%

13.5%

3904 38434320

5795

41%

11%

17%

31%

Automotive

(ATV)

Industrial Power

Control (IPC)

Chip Card &

Security (CCS)

Power Management & Multimarket (PMM)

Revenue FY 2015

# 2 # 1

Automotive Power Smart card ICs

# 2

Strategy Analytics,April 2016

IHS Markit,July 2016

IHS Markit,July 2016


Smart SustainabilityWorldwide Manufacturing Sites

Dresden Beijing

Wuxi

BatamWarstein Cegléd Malacca

KulimLeominsterSan JoseMorgan Hill

Mesa

Tijuana

Temecula

Singapore

Newport

Cheonan

Regensburg Villach

Frontend Backend


Smart SustainabilityHuge Challenges ahead

2030: 5 billion people live in cities

2100: limitation of temperatureincrease to max 2 degrees

2050: More than 9 billion people live on our planet

2050: More than 2 billion people are above 60 years old

2020: More than 30 billion devices are connected to the internet

Increase of population Climate change Aging Society

Growing MegacitiesReal and digital Worldare “melting together”

Increase of efficiency and productivity is required


Smart Sustainability Continuous Approach


Smart SustainabilityCarbon Footprint


Smart SustainabilityCarbon Footprint: Energy Consumption

Infra Equipmentare operating according to spec. requirements

Production equipmentusing 70-80%

from our total energy consumption

Infra equipment Inefficiency

is compensate through higher

energy consumption

Production Equipment has

“very low transparency” and even in full load up to 30% Standby overall

Energy transport


Smart SustainabilityIndustry 4.0 and Energy Efficiency

INDUSTRY 1.0

With steam power from the agrarian to the industrial society

INDUSTRY 2.0

Using electric power for assembly line and mass

production

INDUSTRY 3.0

Computerization of production

INDUSTRY 4.0

Intelligent networking of humans, machines and

products



The future with Industry 4.0

• Warehouses, production facilities and logistics are connected with customers and suppliers

• The production flow optimizes itself along the entire value creation chain - continuously and autonomously

› Optimum connectivity and products that think ahead

› Efficient manufacturing thanks to continuous self-optimization

› High automation meets high flexibility

› Sites around the world form a virtual intelligent factory



Building

Production Equipment

Facility

Contr

ol

Energ

y

Data

WaferMaterial

GasesChemicals…

Production

Building

Facility

Road to vision

› Link all units and implement automated self learning controls

› Modelling, simulation and automation along whole production chain

› Bring people to next knowledge level

› Manageable systems

Robust equipment

Low energy

Economic viability

EnergyWasteChemicals…


Abnormal Signature

Normal Signature

Optimum sequence of cooling machines

Additional learnings



Smart ManufacturingSummary: Success Factors for Industry 4.0

Insight in

Software and Hardware

Automation Connected Value Chain

Secure communication,

IP & knowhow protection

Methods and Algorithms

Education and Knowhow

Standards

Reliability,Robustness, Resilience


Smart SustainabilitySummary

› Sustainability – as combination of ecologic, economic and social needs – is a key to meet the challenges ahead

› Productivity and efficiency increase is required to meet the global challenges

› Resources efficiency is a prerequisite towards sustainable manufacturing

› The “computerization of production” (Industry 3.0) allowed significant improvements

› Industry 4.0 enables the Smart Factory as self-optimizing system and opens new opportunities

› Industry 4.0 allows the next level of sustainability “Smart Sustainability” and is essential to meet the challenges of today and tomorrow


Documents

Smart Sustainability - Semieuropesemieurope.omnibooksonline.com/2016/semicon_europa/SEMICON... · Smart Sustainability Dr. Christian Pophal Corporate Head Sustainability & Continuity