Vattenfall s E-mobility program

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Vattenfall’s E-mobility program

23 November 2010

Tommy Lindholm

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Content

Overview of Vattenfall

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Vattenfall History

1910

Hydro power

(Olidan)

1910

1920

1930

1940

1950

1960

1970

1980

1990

2000

1900

1909

Vattenfall founded

1952

Transmission

(Harsprånget-Hallsberg)

1969

Nuclear

power

(Ågesta)

1980

More

focus on

bio/wind

1996

Swedish

deregulation

2000-2005

Acquisitions in

Germany, Poland,

Finland. Consolidation

as One Vattenfall.

2005-2009

Comprehensive actions to

combat climate change.

Strategic direction Making

electricity clean defined.

Acquisitions in Denmark,

the United Kingdom and

the Netherlands.

2010

Vattenfall office in France

1992

Vatten-fall AB

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Vattenfall at a glance

• Europe’s fifth largest generator of electricity and the largest producer of heat

• Net sales 2009: SEK 205 407 million (Year 2000 SEK 31 695 million)

• Vision: To be a leading European energy company

• Core markets: Sweden, Germany and the Netherlands

• Activities:

Electricity: generation, distribution and sales

Heat: production, distribution and sales

Gas: production and sales

Mining and sales of lignite

Energy trading in electricity, gas and coal

Consulting and contracting operations in the energy sector

• 40,000 employees

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Key data 2009

Exchange rate 1 EUR = 10.35 SEK

2009

2008*

Net sales, MSEK

205,407

164,549

EBIT (operating profit), MSEK

27,938

29,895

Profit for the year (after tax),

MSEK

13,448

17,763

Dividend, MSEK

5,240

6,900

Investments, MSEK

102,989

42,296

Electricity generation, TWh

158.9

163.1 Heat production, TWh

37.9

35.6 Number of electricity customers

7,508,000

4,612,000

Number of grid customers

5,669,000

5,586,000

Total electricity generation 2009

* BG Benelux/NUON was not part of Vattenfall in 2008

Other renewable energy Hydro power

Nuclear power Fossil-based power

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Core Markets

Nordic

(Sweden, Finland, Denmark)

Central Europe

(Germany, Poland)

Benelux

(Belgium, Netherlands)

Largest electricity generator (20 % market

share) mainly nuclear and hydro

Largest supplier of district heat and Germanys

third largest producer of electricity, mainly coal

and nuclear

The main supplier of electricity, gas

and heat in the Netherlands,

generation mainly in thermal power

plants

France

Vattenfall office 2010

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Content

Overview of Vattenfall

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Stockholm 1980‘s

Vattenfall’s history in the electrification of transport

Berlin in the 1960‘s

Arlanda Express, 2004

Stockholm in the 80‘s

Porjus 1915

http://www.kfb.se/pdfer/R-00-12.pdf

Göteborgs elbilsprojekt

1992 –1999

KFB

Kommunikations

ForskningsBredningen

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• Electricity Mix

• Infrastructure

• Engine heaters (600´)

• Demo projects

• Swedes are ’early adopters’

• Environmental awareness

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Three main challenges for E-Mobility

Car availability OEMs

1 Economic gap

2 Awareness/perception/CO2

3

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E-Mobility program: selected activities

Inductive harging

Stationary and Drive & Charge Charge Point pilot

Amsterdam Energy Storage System

Pu

b

li

c

Vattenfall & Volvo JV

and demo fleet Managed charging (Wind) Vattenfall and MINI E Demo fleet

Pr

iv

ate

an

d

co

rp

o

rate

Charge Box

Fast charging CHAdeMO under investigation

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Partnering is the key to offer complete electrical vehicles

and charging solutions to the E-mobility market

13 Provision of charging locations Station Installation & Mainten. Energy supply (charging) Customer handling, billing & acquisition Value added services  Charging

location Installation and maintenance of charging devices (grid connection) Generation, wholesale Retailing, customer registr, metering Information services (alerts,, charging status, CO2, reservation, etc) Battery management Demand response management (V2G) Customer billing Customer services, acquisition Charge station Hardware & software  Charging devices  Networking software

C

h

ar

g

in

g

so

lut

io

n

_B2B/B2G:

▪

fleet/ service/

▪

lease car operators,

▪

rental companies

▪

Car park operators B2C:

▪

private EV users Customers

Role Vattenfall

Role Partners/suppliers

Customer proposition

Raw materials _ComponentsParts & _OEMsVehicle Lease / sell EVs Lithium Magnets Etc.  Battery / Charge control system  Electro engine EV Purchase/Lease Battery lease  OEM  Retrofit

V

eh

icl

e

Electrical Vehicle Incentives/CO2 Electrical Connecters & Communication

Go

v

er

n

men

t

Stand

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Our integrated solutions will combine charging

solutions with (green) electricity and value added

Stations

Public

incl Fast

charging

Home

▪ B2C:

Private areas

▪ B2G:

Public areas

(Green)

electricity

Value Added

_Service

+

▪ B2B:

Companies with

large fleets and

car park

operators

Customers

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Procurement Sweden

Background

• A joint initiative between Vattenfall and Stockholm Stad

• Supported by the Swedish Energy Ministry

• Pre-study with ~100 organisations revealed high demand for

EVs (14 000 vehicles in 2011-2014)

• Procurement for different vehicle types and technologies

Objective and target

• Stimulate Swedish market by accelerating EV introduction to

Sweden

• The target is to engage at least 150 organisations and to

purchase 6 000 EVs

• Incentives for the first 1 000 EVs; 25 % (Max 50 000 SEK) of

the additional cost

• Procurement period 2011/2012

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Commercialization

Vision: Where- and however you want to charge, Vattenfall will

service you

Select your electric vehicle

Select your charging solution

Vehicle

Options

Garage

(Home)

Public

(Home)

Corporate

Regular, incl 200kWh/mth Regular/Fast incl 400kWh/mth Basic, incl 200kWh/mth Premium, incl 400kWh/mth

Select your company Select your location

Account

/Billing

Professional navigation Lease company



Low drag spinners



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R&D and demonstration project

2010-10

Smart Grid Gotland

Smart metering, meters, feed, tariffs, network information

Power management, integration of distributed generation

Fault management, self- healing network, smart assets

Asset management, monotoring and diagnostics

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… and in Different Set-Ups

Thank you for your attention!

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E-Mobility Days Berlin, October 27-29, 2009 19



Realtime monitoring

system of tu ilmenau



Connection via gsm



SOC is estimated

source: TU Ilmenau

Wind-to-Vehicle application: realtime monitoring system

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Managed Charging offer three main advantages that

will benefit utilities, OEMs and customers

Load Off-Peak Wind Peak

Hohe

Netzlast

Grid and Load

Management

Less Wind

W2V

V2G

LLM

High Net load Windeinspeisung und Lastkurve

Wind-to-Vehicle

Local Load

Management (LLM)

Vehicle-to-Grid

• Maximize charging when excess

energy is high, e.g. during wind

peak hours.

• Optimize and distribute energy

when there is high usage on a

single grid spot.

• Prize optimization for customer

–

Offer lower price on the

electricity when overall

electricity demand is low

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E-Mobility Days Berlin, October 27-29, 2009 21

21

Public charging station

50 charging stations will be

installed within Berlin;

30 stations are installed so far

24 on private ground*

6 on public ground

* private ground, but 24/7 accessible

In cooperation with

(not completed):

Charging infrastructure

– locations of public charging stations

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Amsterdam Pilot

▪ Amsterdam, Nuon and Alliander (Ziut)

▪ 65 stations in operation (July 2010)

▪ 200 users, 8 MWh charged (July 2010)

▪ Additional service

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R&D and demonstration project

2010-10

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Vattenfall’s Smart Grid technology categories

• Smart meters

• Customer Feed systems

• Tariffs and billing systems

• Database for network information

• Integration of distributed generation

• Preparations for large market penetration of

EV/PHEV

• Power flow and power balance control

• Island operation

• Network automation equipment

• Smart assets (substations, cables etc.)

• Self-sectioning/self-healing network

• Outage management systems

• Mobile equipment (generation, transformer,

switchgear etc.)

Fault management

• Monitoring and diagnostics

• Decision support tools (risk based analysis)

• Net and asset strategy planning tools

Asset management

• Communication infrastructures

• Communication standards

• System integration

• Cyber security

Communication and system integration

Smart metering

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The Group R&D program content

• Renewables

–

Hydro power

–

Wind energy

–

Ocean Energy

–

Biomass

• Operational efficiency

–

Thermal technology

–

VISP (standardized I and C)

–

Smart Grids

• Nuclear energy

–

Nuclear development

–

Nuclear waste

• Energy Efficiency

–

E-mobility

–

Sustainable cities

–

Energy systems analysis

• Carbon capture and storage

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