Siemens Green Mobility –
Technologies for Tomorrow
Mr. Markus Zachmeier
Cluster Division Lead
Industry Sector Mobility Division
Siemens ASEAN
Email: markus.zachmeier@siemens.com
© Siemens AG 2011
From Werner von Siemens’ workshop to global
player- active in over 190 countries
1847
Founding of “Telegraphen-Bauanstalt von
Siemens & Halske in Berlin
1850
1855
First international sales agency in London
Founding of the Russian company as the first foreign branch
1904
1908
1924
1970
1979
1994
2001
2008
2011
First permanent office in China
Siemens Brothers Dynamo Works setup in Singapore
Founding of Siemens India Ltd
Founding of Siemens Corporation, USA
Founding of Siemens Pte Ltd in Singapore
Founding of Siemens Ltd. China in Beijing
Awarded the Distinguished Partner in Progress in Singapore
Siemens celebrated her 100th Anniversary in Singapore
Siemens announces 4th Sector: Cities and Infrastructure
© Siemens AG 2011
Active in all Sectors
ƒ
Siemens
is one of the largest European business entity in Singapore
Industry
ƒ
Sales of SGD 1.3 billion in fiscal year 2010
ƒ
6 companies; 19 operations with regional responsibilities
ƒ
4 major R&D sites and 2 manufacturing sites
ƒ
2,141 employees
Industry
Energy
Healthcare
Industrial Automation
Fossil Power Generation
Imaging & IT
Drive Technologies
Renewable Energy
Workflow & Solutions
Building Technologies
Industrial Solutions
Mobility
Osram Pte Ltd
Siemens Electronics Assembly
Pte Ltd
Siemens Product Lifecycle
Management Software Pte Ltd
Cross-Sector
Cross-Sector
Healthcare
Activities
Activities
Siemens IT Solutions &
Services
Oil & Gas
Service Rotating Equipment
Power Transmission
Power Distribution
Siemens Medical
Instruments Pte Ltd
Siemens Healthcare
Diagnostics Pte Ltd
© Siemens AG 2011
Sectors and Divisions: Industry
© Siemens AG 2011
Mobility Division: Integrated transportation and
logistics solutions from a single source
Dr. Hans-Jörg Grundmann (CEO)
Michael Schulz-Drost (CFO)
Infrastructure Logistics
Rolling Stock
Public Transit
Locomotives &
Components
Integrated
Services
Electrification
Airport
Logistics
Rail Automation
Complete Transportation
Transport
Solutions
Postal
Automation
Intelligent Traffic
Systems
Rail Automation
© Siemens AG 2011
Integrated transportation and logistics solutions:
Networking improves efficiency
Integrated solutions are the key to safe, clean and reliable mobility!
Intercity &
High Speed Transport
Commuter &
Regional Transport
Airport
Solutions
Urban
Transport
Integrated
Traffic Management
Parking
Management
City Tolling
Postal
Automation
Freight Transport &
Cargo Management
© Siemens AG 2011
Overview of projects
ASEAN
• Airport Link Bangkok
• Skytrain Bangkok
• Metro Bangkok
• Double track Rawang to Ipoh
• Airport Link Kuala Lumpur
• KL Resignaling Interlocking
• MRTC Metro
• Downtown Line LTA
• Double Track Serpong-Maja
© Siemens AG 2011
Megatrend study: Global trends imply significant
challenges for the mobility of the 21st century
Megatrends
Consequences for Mobility
1. Urbanization
ƒ 2008: 3.3 billion people (> 50%)
live in cities; 2030: 60% of the world‘s
population will live in cities
ƒ Urbanization primarily in development
and emerging nations
Competitiveness
Mobility of
persons and
freight
2. Demographic change
ƒ
ƒ
World population will grow from 6.6 billion
in 2007 to 9.2 billion in 2050
Average life expectancy will increase:
2007: 7% of the population ≥65 years
2050: 16% ≥65 years
Environment
ƒ
Mobility is strongly influenced
by global trends of the economy,
society and environment
ƒ
Mobility is a central driver
of the competitiveness, sustainability
and quality of life
3. Climate change
ƒ 75% of the worldwide energy demand
is determinated from cities
ƒ Cities are responsible for 75% of the
worldwide CO2 emissions
Sources: UN, Population Reference Bureau, World Population Data Sheet
Quality of life
© Siemens AG 2011
Climate change needs to be tackled on a global
scale in the 21st century
CO2-footprint 2009
Impact on Mobility
Singapore
161 t
-0,1%
(’08 Æ ’09)
ƒ Singapore is ranked 31 in
the world for carbon
emissions and will need to
continue to drive for low
carbon mobility concepts
ƒ Low carbon mobility
concepts in focus as 14%
of CO2 emissions originated
by traffic
Buildings
21%
32%
Agriculture &
Forestry
Traffic 14%
Source: Guardian.co.uk
33%
Industry
*) World average
© Siemens AG 2011
Trends' challenges affect infrastructure of cities
Affected infrastructure of a city 1)
Challenges of trends1)
Traffic &
Transportation
Growing demand
for health- and
elder care
Increasing mobility
Water &
Wastewater
Energy
Safety &
Security
Need for efficient
healthcare
systems
Water-borne
diseases
Traffic jams
Healthcare
Increasing
energy demand
of transport
Mobile care &
health monitoring
Increase of road
accidents
Medical care in
emergencies /
crisis
Increasing need
for surveillance
Growing demand for
safety and security
Safety of mass
transport
Terrorist attack on
water supply
Continuity of
electricity supply
Increasing scarcity
of natural resources
Energy cost
increase of
transport
Sinking ground
water by overextraction
Cost increase
of energy
generation
Growing need for
environmental care
Air pollution
through cars
Contamination
of ground water
Need to improve
energy efficiency
Diseases through
toxic substances
ƒ Cities have to master their most vital challenges
ƒ Dedicated solutions must be comprehensive, sustainable, efficient, innovative
1) Selection
Siemens Picture of the Future – Technologies for Tomorrow
De- & Centralized Generation
Renewable,
Storage Technologies
Sectors / Divisions
Industry
Energy
Healthcare
Complete Mobility
Optimization of the Networks
Security of Energy Supply,
Electrification, Energy Mgt.
Eco-friendly Products,
Energy Efficiency,
New Materials
The Intelligent Grid,
Grid Automation
I&C Business Models
IT Platforms
SIEMENS has the vision of
intelligent and automated grid
operation - minimizing CO2
emissions
Customers will benefit from early
innovations to maintain & develop
their business
SIEMENS aims to lead the
industry by sustainable and
reliable solutions
© Siemens AG 2011
To cope with transport demand and environmental
challenges, all transport modes need to operate in concert
Complete Mobility 2030
Multi-modality seamlessly
integrates all modes and
leverages their individual
strengths in order to
Rail
Road
Cope with
transport growth
Air
Sea
Æ accommodate growing
demand
Protect our
Æ maximize the effective
environment
capacity of the overall transport
system for both personal and
goods transport
Æreduce ecological footprint
Æfacilitate sustainable economic
growth
Facilitate sustainable
economic growth
Æ reduce time loss, emissions,
noise, congestion and accidents
© Siemens AG 2011
Innovative
Innovative technologies
technologies will
will drive
drive advances
advances
in
all
areas
of
the
future
mobility
system
in all areas of the future mobility system
Vehicles and Infrastructure
Infrastructure
Š Always safe
Š public-private partnerships
Vehicles
Š Optimized availability
Š Proactive and minimal-invasive
maintenance
Payment & ticketing
Š Seamless ticketing / One for all
Š One-stop “as you use” payment
Š End-to-end integration
Transportation hubs
Š Seamless check-in/-out
Š Secure dwell & move
Navigation Transportation hubs
Š Dynamic, context-sensitive navigation
Š Integrated personal travel attendant
© Siemens AG 2011
Innovative
Innovative technologies
technologies will
will drive
drive advances
advances
in
all
areas
of
the
future
mobility
system
in all areas of the future mobility system
Intermodal Traffic Management
Traffic management
Š Environmental optimization
Š“Zero fatalities”
Š Adaptive control
Š Intermodal optimization
E2E management of goods
Š Smart, self-organizing goods
Š Overall capacity optimization across
logistics providers
Š Demand-dependent vehicle
configuration
Parking management
Š Dynamic parking navigation
Š Parking space brokerage
Š Demand-driven parking tolls
Fleet management
Š Demand-driven, adaptive fleet
Š Optimized fleet performance
© Siemens AG 2011
Key Siemens solutions for sustainable mobility in
cities
We have the right solutions
Today …
Components
Infrastructure
solutions
Comprehensive
solutions
Services
… and tomorrow
ƒ Rail: from LRT to high speed vehicles
ƒ Road: traffic lights, parking system, traffic
information system, etc.
ƒ Logistics: Letter/parcel sorter machine, etc.
ƒ Rail: from train depots to complete high
speed lines
ƒ Road: from traffic mgmt. systems to
country wide tolling solutions
ƒ Logistics: from letter sorters to complete
baggage handling systems
ƒ Mobility Consulting
ƒ Traffic Management Centers
ƒ Logistics: from logistics center to sea port
logistics
ƒ From maintenance to complete
service providers
ƒ Intermodal solutions
ƒ Real-time traffic steering
ƒ Intermodal travel solutions
ƒ Dynamic Park & Ride Information
System
ƒ Interactive parking management
ƒ E-mobility
ƒ Park & charge solutions
ƒ Concepts for e-buses and e-heavy
trucks
ƒ Logistics solutions
ƒ Freight security solutions
ƒ Last mile hubs for cities
ƒ …
© Siemens AG 2011
Green mobility
Examples of attractive and clean mobility solutions
Intelligent solutions for more environmental sustainability
Eurorunner
13 dB(A) quieter
and up to 16%
more economical
Velaro
Only 0.33 liter of fuel
per seat per 100 km
Syntegra trucks
Energy-efficient, oilfree and lightweight
City Tolling
Reduce emission through
improved traffic flow
Metro Oslo
With 95% recyclability,
valuable to the end
Falko
Energy management via
timetable simulation and
construction
LED Signals
With Solar Energy,
10 years maintenance
free
Sitras SES
Saves up to 300 tons
CO2 due to recovered
braking energy
CBTC Trainguard MT
More comfort, less
energy consumption
© Siemens AG 2011
Timetable Simulation and Construction – Falko
„ Optimization of timetables: Reduce
waiting and transfer times
„ Simulation of energy efficient timetables
(considering headway, speeds, runtime
reserves, dwell time etc)
„ Energy-Management
Benchmark energy consumption with
different timetable models
Energy efficicent timetables with runtime reserves
© Siemens AG 2011
Efficient Train Control –
CBTC System Trainguard MT
„ Energy saving with Coasting & Cruising of
approximately one third of the energy costs
„ Accurate stopping allows for platform
screen doors and hence regulation of airconditioned areas
„ Reduced hardware due to WLAN
information transmission and centralized
architecture: Little wear, little maintenance
„ Modular system allows for system
enhancements without major modifications
– save resources
Moving Block: More comfort, less energy consumption
© Siemens AG 2011
Syntegra bogie
„ Fully-integrated traction, running gear and
braking technology
„ Energy-savings up to 26%, e.g. through
− Elimination of gearbox
− Lightweight construction
− Regenerative brake system
„ Fewer emissions
(oil, braking dust, abraded matter, noise)
„ Wear-resistant and easy maintenance
Energy-efficient, oil-free and lighter in weight
© Siemens AG 2011
Sibac ES mobile energy storage system
„ Reduced pollutant and noise emission
„ Recovery and storage of braking
energy for acceleration
„ Up to 30% reduced primary energy
import
„ Annual CO2 emissions reduced by 50 t
(e.g. in a triple-articulated Combino Plus)
„ No overhead lines required e.g. for
crossing city squares or underpassing
structures
Stores valuable braking energy
© Siemens AG 2011
Sitras SES static energy storage system
„ For reusing recovered braking energy or
as voltage stabilizer
„ Energy savings up to 500,000 kWh
per year
„ CO2 emissions reduced by up to 300 t per
year
„ Smooth operation without downtimes due
to power failures
Saves up to 300 tons CO2 through recovered braking energy
© Siemens AG 2011
Solar-powered LED signal lights
„ Minimized cabling requirements
(material savings)
„ Savings on energy and consumables
„ 10 years of maintenance-free operation
Solar energy signals the way ahead
© Siemens AG 2011
IntelliDrive Technology Vehicle-to-Infrastructure Communications
The U.S. Department of Transportation
is currently working with Siemens to
install systems at intersections in
Harris County that will allow traffic
lights and vehicles to communicate
with one another in real time
Siemens is now developing an
onboard device for emergency
vehicles that will trigger tomorrow’s
intersection controllers to turn traffic
light green
Real-time data exchanges between
vehicle and traffic control systems will
improve traffic flow, increase safety,
cut pollution and noise
© Siemens AG 2011
IntelliDrive Technology Vehicle-to-Infrastructure Communications
© Siemens AG 2011
Electromobility –
Siemens Infrastructure Portfolio
AC Wall Box
AC Charging Point
AC Satellite System
Swapping Station
AC Park and Charge
Inductive Charging
System
DC Charging
System
Software
Integrated Electromobility by Siemens
© Siemens AG 2011
Electromobility - Siemens already shows eCar
competencies in ongoing projects
Smart Charging
Indonesia
4-S
4-S
ƒ 100 electric
vehicles and
corresponding
infrastructure
tested by Siemens
employees
Singapore
Drive eCharged
ƒ Research Project
of Siemens, BMW
and 'Stadtwerke
München’
ƒ Public & home
charging points
© Siemens AG 2011
Thank you for your attention!
© Siemens AG 2011