Bosch eMobility Solution - Energy Studies...
Transcript of Bosch eMobility Solution - Energy Studies...
INST/SA-AP I 06.03.2012 I © Robert Bosch 2012. All rights reserved, also regarding any disposal, exploitation, reproduction, editing, distribution, as well as in the event of applications for industrial property rights.
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Bosch eMobility Solution Anuj Jain Bosch Software Innovations
INST/SA-AP I 06.03.2012I © Robert Bosch 2012. All rights reserved, also regarding any disposal, exploitation, reproduction, editing, distribution, as well as in the event of applications for industrial property rights.
2010 key figures
59% share of sales World's largest supplier of cutting-edge
automotive technology
Industrial Technology
Consumer Goods and Building Technology
1 Including other segments
Bosch Group total
47.3 billion Euros in sales
283,500 associates including 34,200 in research and development
Automotive Technology
14% share of sales World's leading manufacturer of large gearboxes
and of powertrain, packaging, and process technology
27% share of sales1
World's largest power tool manufacturer, leading the field in household appliances, heating and cooling, and security systems
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Trend: Internet connects devices
Number of Devices
Web-Service
Java, XML
Connecting People
Browser, Webserver
Web 0 Web 1.0 Web 2.0 Web 3.0
Internet of Things and Services
103
106
109
1012
Connecting Documents
Connecting Companies
Connecting Functions
?
Connecting the virtual with the physical world
1995 2000 2005 2020
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New Internet-Generation
Networked Life
Networked Industry
Networked Energy Management Networked city
Networked Mobility
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eMobility in a Nutshell
New Mobility Concepts, Business Models, and Payment Options
* Map of Power Plants and Grids Germany, Umweltbundesamts, 07/2010, http://www.umweltbundesamt.de/
Electrified Vehicle Charging
Infrastructure Link to Power Grid*
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EV evolution
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Pre-Gasoline engine era
1835 – First practical EV is
invented (Thomas
Davenport)
1891– First successful EV in
United States (William
Morrison)
1900 – 40% of cars in production
were on electricity, 23%
on Gasoline
1920 to 1930 – Electric cars
ceased to be a viable product
•Mass production of Gasoline powered engines •Readily available supply of Gasoline •Technology advancement in Gasoline powered cars (Starter) •People desire for long range and more powered cars
Post-Gasoline engine era
1966 – Governments start passing
regulations for EV adoption
1973 – Soaring prices of oil + Environment movements
2011–Technology & strategy still emerging but prospects are
good
1996-2003 – GM Leased out
EV1
GM’s EV1
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Trends and their influence on E-Mobility
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Oil reserves, Fuel prices
City restrictions: e.g. Paris, London
Internet Technology & Business Models
Smart Grid Green Image
Eco-Cities
EU CO2 legislation CAFE 35 mpg
Zero Emission Vehicle Credits,Tax subsidies
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Electric Vehicle Types
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Hybrid Electric Vehicle (HEV)
Plug-In Hybrid Electric Vehicle (PHEV)
Range Extended Electric Vehicle
(REEV)
Plug-In Electric Vehicle
(PEV)
While ICE’s will be further optimized, penetration of HEV’s will increase (already No. 1 in Japan).
The current market development is very heterogeneous, with OEM’s planning each of the above types
Consumer acceptance will depend on competitive pricing (i.e. battery), charging infrastructure, and possibly government incentives (esp. PEV).
In the non-road transportation segment already wide and cost competitive choice available (fork lifts, seaports, airports).
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Alternative Drive Trains: Perspective 2020*
0
5
10
15
20
2008 2012 2020
EV and PHEV
Hybrid Electric Vehicles (HEV)
Others (FlexFuel, CNG, LPG)
Uni
ts [M
illio
n V
ehic
les]
4.8
19.2
8.4 10.2
6.0
3.0
0,002
4.2
1,9
0.6
0.3 1.8
10.4
Total Volume: 70m 84m 103m
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eMobility in a Nutshell
New Mobility Concepts, Business Models, and Payment Options
* Map of Power Plants and Grids Germany, Umweltbundesamts, 07/2010, http://www.umweltbundesamt.de/
Electrified Vehicle Charging
Infrastructure Link to Power Grid*
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EV Infrastructure
The charging location offers the best segmentation
...
Home charging
• Houses with parking: driver simply plugs in car every night
• Multi-unit housing: Property manager provides charging in the shared car park
Work charging
• Employers offering charging in their premises to their employees, either for free (as an employment incentive), or for a fee (to recoup invest-ments / prevent unfair incentive to EV drivers)
Fleet charging
• Professional fleet operators will charge their fleet mostly at their own premises. They might also provide ‘fuel-cards’ to drivers to charge elsewhere
Leisure charging
• Privately owned or managed enterprise offering parking / charging to customers, most likely for free as incentive. E.g., cinemas, shopping malls, retail chains, hotels etc.
Facility charging
• Parking / charging that is accessible to the public most likely for a fee. Parking likely to be the key business, and operated by a facility manager. E.g., airports, public parks, stadiums.
Source: CR/RTC4-AP
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1: SAE-Plug 2: „Mennekes“-Plug 3: „French“-Plug 4: CHAdeMO-Plug AC/DC
5: Combo-Plugs
Conductive
AC DC
Battery Swapping Inductive
Type 1 Plug Type 2 Plug Type 3 Plug
1P 2P 1P 3P 1P 3P
< 32A 22kW
< 16A 11kW
< 32A 7.2kW
< 16A 3.6kW
< 63A 44kW
< 16A 3.6kW
< 70A 17kW
< 16A 3.6kW
Charging Concepts
< 80A 12kW
> 50 kW
< 50 kW
< 32A 22kW
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Charging Concepts
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Interoperability in eMobility
Consumer acceptance / Market, Service Providers
Policy context: Demonstration regions and municipalities; EU policies
Environmental impacts
Standards
Equipment level
Network operation, grid management, reliability and quality, integration into the smart grid development
EV types: Performance, suitability and standards Charging infrastructure: Interoperability and technology advances (fast and inductive charging, battery switching)
Open platform: market-place concept incl. operation, billing etc. Customer services
Grid level
Service Level
Clearing House
Value added service
Charging, Grid management
Source: Green Emotion 2011
Commercial Roaming
Technical Interoperability
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E-Mobility in a Nutshell
New Mobility Concepts, Business Models, and Payment options
* Deutschlandkarte Kraftwerke und Verbundnetze des Umweltbundesamts, Stand 07/2010, http://www.umweltbundesamt.de/
Electrification Powertrain Set-up
Infrastructure Link to Power Grid*
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Utility Impact
There is a risk for peak load to increase significantly at certain times of day as EV’s are becoming more popular – especially if public charging infrastructure remains limited
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Medium EV Adoption Scenario for US*
1.2m EV’s by 2015, 5.8m by 2020 and 35m by 2030.
Electricity consumption forecasted at 2.0 TWh in 2015 ,6.3 TWh in 2020 and 27 TWh in 2030.
* Electric Power Research Institute, Transportation Electrification, July 2011
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Potential Utility Roles
Mass take-up of EV’s will still take some time, utilities are well positioned to benefit greatly from this development
This will require changes to their infrastructure, operations, pricing, as well as regulations, this is well within their capabilities.
Utilities shall proactively manage the impact of such new loads on electricity generation and distribution systems – study load shaping through price incentives,
actively managed (‘smart’) charging, or programmed charging times.
Applying a proactive utility planning approach can largely mitigate utility impact.
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Approach to eMobility for Utilities
+ Analyze impact and prepare grid infrastructure to support EV adoption.
+ Support and/or drive the rollout of EV charging networks.
+ Adopt EV’s in own vehicle fleet.
+ Educate customers about EV benefits and requirements.
= Proactive research, development and demonstration program to understand all salient effects on utility operation.
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INST/SA-AP I 06.03.2012I © Robert Bosch 2012. All rights reserved, also regarding any disposal, exploitation, reproduction, editing, distribution, as well as in the event of applications for industrial property rights.
E-Mobility in a Nutshell
New Mobility Concepts, Business Models, and Payment options
* Deutschlandkarte Kraftwerke und Verbundnetze des Umweltbundesamts, Stand 07/2010, http://www.umweltbundesamt.de/
Electrification Powertrain Set-up
Infrastructure Link to Power Grid*
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Future of E-Mobility: The EcoSystem Approach
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Eco System Services
Integration of E-Mobility in core user process Provision Basic E-mobility Services
Open and easy integration of decentral Devices
Business Platform
EcoSystem is vital for success of E-Mobility. Technology is the enabler
Dec
entr
al
Ene
rgy
Man
agem
ent
Co
mbi
ned
Hea
t P
ow
er Integration
Bo
sch
Cha
rger
Thir
d pa
rty
Cha
rger
s
….
Cha
rger
E- V
ehic
le D
ata
Logg
er
?
?
?
Utilities
OEM’s
Telcos
Stakeholder
Bus
ines
s M
ode
ls
Inte
r-
Mo
dalit
y, U
rban
S
ervi
ce
Infr
astr
uctu
re
Ope
rato
r
Indi
vidu
al
Use
r
Ecosystem Approach
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Cities, Urban areas Fleet
Operators
Mobility World
Parking Operators
Private Driver
Green Mobility
Authorities
Private Car2x
Value Chain eMobility
eVehicles Automotive OEMs,
New OEMs
Power Networks Utilities,
Contractors
Charging Stations
Connecting Physical Worlds
Workflow Services
Charging StationsHardware,
Certification
Mobility Services
Car Sharing, Leasing,
Fleet Mgmt
Value AddedServices
Demand Side Mgmt., Battery Lifecycle, Reservation,
Remote vehicle connection, Campaigning, Integration 3rd
party business
Charging Services
Driver Subscription, Authorization, Call
Center, Billing, Charging Reports,
Information
Infra-structure ServicesPlanning,
Installation, Maintenance
System Run-Time Services
Fleets Parking
Lots Car Sharing Public
Transport
Commercials
eMobility Landscape
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Bosch: Experiences and Roadmap
Year Name Description, Details
2009 – ongoing
MeRegioMobil Public Project, German Ministry for Trade and economical affairs
150 Charging Stations in Stuttgart, Karlsruhe a) Creation of the overall reference model b) Technical design and construction Integrating charging units into a
software driven platform for operations and maintenance
2010 – 2016
Singapore Mobility Provider Design, installation and operation of Singapore E-Mobility infrastructure. Basic Services and development of business model and EcoSystem.
2010-2012
Kleber Project Strassbourg, Kehl
Charging infrastructure on german side (Kehl). Toyota, Energie de France (EdF), EnBW
2010-.... Bosch EV Fleet Installation and operation of Bosch EV fleet infrastructure (10 locations EU)
2011-2013
German-French Fleet Test (Project „Sarkozy – Merkel“)
Interoperability of EV charging, services Participants: EdF, EnBW, Daimler, Peugeot, Renault
2011 ~ Green Emotion Interoperatibility amongst 40 EV Test Beds in EU
2010 ~ Victoria EV Trial EV Trial Participant
2011 ~ eMilan Project Project with RBIT and other corporates in Italy
2012 ~ Red C – Goget Project Australia
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Project Singapore
Infrastructure Service Provider for Electric Vehicle Charging Infrastructure 2011-2016
Support 60+ electric vehicles
Provide, install, and maintain 63+ charging stations
Collect charging data with smart meter
Billing and pricing plans
Customer interfaces
Use CEPAS for identification Contactless e-Purse Application (CEPAS) is used for bus, metro, taxi, road toll, parking, retail, and other services.
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Billing Services eMobility Core
Internet Portals for every user
All Charging Stations connected via Internet
Data Logger in electric vehicles
Interfaces to external systems
Mobile Portals
Open, Robust, Flexible, Scalable, Secure E-Mobility back-end
eMobility Core
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Bosch eMobility Solution
Bosch eMobility Solution
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Open, flexible platform (managing software, charging stations) • connecting charging infrastructure • interfaces for drivers, fleets, services,... • robust and secure
Standard Functions: Charging, Billing Future-Safe: open for new businesses and partners
• easy entry into E-Mobility • dynamic integration of new participants • enabling innovative business models
eMobility Solution
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Thank you !
Bosch eMobility Solution