Сооружение атомного реактора EPR

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EPRTMreactor: the path to certainty

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> EPRTM: the path to certainty Andreas Goebel3 3

1950 1970 1988 2010 2040

Generation I Generation II

PWR, BWR, PHWR, RBMK, AGRFirst prototypes

of reactors

Chooz,

Brennilis,

Kahl, MZFR

PWR, BWR

< 1,400 MWe

N4, KONVOI

1,300 to 1,500 MWe

R&D on

Innovative systems

EPR, ATMEA1,

KERENA

1100 to 1,600 MWe

Generation III+

PWR, BWR

PHWR

An evolutionary approach to Gen III+ reactors

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A complete range of Gen III+ reactors

TM

X High power output (1600+MWe)

X Evolutionary design(Konvoi/N4)

X Construction permits inFinland and France, China2009. On-going construction

in these countriesX Low global powergeneration costs

X Outstanding safety level

XMinimal environmentalimpact

XMaximized benefit from sizeeffect

XMedium power output(1100+ MWe)

X Evolutionary design(AREVA/MHI)

X Design based on EPR andMHI model

X Outstanding safety level


XMedium power output(1250+ MWe)

X Evolutionary design(Gundremingen referenceplant) with use of passivefeatures in some safety

systemsXOutstanding safety level


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Competitive

The EPR reactor: performance with certitude

Evolutionary

Safe

Proven technology based on 87 PWRs builtthroughout the world, integrating numeroustechnological innovations

Core meltdown prevention with 4 times 100% redundant safeguardsystems, mitigation of severe accidents consequences, radiological

protection, functional diversity of safety systems, robustness

against external hazards such as airplane crash

High power output (1600+ MWe), efficiency and availability, reduced powergeneration costs, extended life service

Double concrete shell designed to

withstand the impact of a largeairplane crash

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Projects

Flamanville 3

Olkiluoto 3

Taishan 1&2

4 EPR under construction

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Where Olkiluoto, Finland

Contract signed Dec 18, 2003

Customer Teollisuuden Voima Oy (TVO)

Supplier Consortium formed by AREVA and Siemens AG

(73% / 27%) and led by AREVA

Supply scope 1 EPR unit in turnkey construction

First Concrete Jul, 2005

Net electric output 1,600 MWe

Reactor thermal output 4,300 MWth

Target delivery date 2012

Olkiluoto 3 Fast Facts

For internal use only

The EPR Olkiluoto 3 Project

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July 2007 FLASHBACK - General view

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> EPRTM: the path to certainty Andreas Goebel9 9For internal use only

2009 20102008

February 08Steam GeneratorBlowdown Tankinstallation

May 08Reactor

Compartment PoolFrame-work installed

July 08EDG tanks installationin Nuclear AuxiliaryBuilding

June 08Erection started:First pipe installedin Fuel Building

October 08Start of electro-mechanical activities

November 08Next-to-last double ring linerinstalled in Reactor Building

First heat exchanger liftedinto Safeguard Building

Installation of first

accumulator in ReactorBuilding

Olkiluoto 3 Milestones

January 09RPV and itshead deliveryat OL3

Temporary

Control Roomready foroperation

March 09Start of electro-mechanicalactivities in thespreading area

The EPR Olkiluoto 3 Project

May 09Reactor domedelivered on site

Completion of thecooling elementsinstallation in thecore catcher

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Civil construction status reactor building

Reinforcement ongoing

Concreted

April 2009

July 2007

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The EPR Olkiluoto 3 Project May 2009

OL3, the 1stof the EPR worldwide fleet

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The EPR Olkiluoto 3 ProjectNuclear Island - May 2009

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The EPR Olkiluoto 3 ProjectTurbine Island - May 2009

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The EPR Olkiluoto 3 ProjectReactor Dome Delivery on site May 4

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The EPR Olkiluoto 3 ProjectInstallations completed at the Spreading area - May 2009

3D view of IRWST and Spreading Area

Incontainment

RefuelingWater

Storage Tank(IRWST)

Spreadingarea

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Transfer of activities from civil constructionto electro-mechanical installation

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The EPRTMFlamanville 3 Project

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Flamanville 3 Fast Facts

General Presentation Market and OutlookProducts and Projects

Copyright EDF March 2009

Where Flamanville, France

Contract signed Apr 11, 2007

Customer Electricit de France (EDF)

Supplier AREVA

Supply scope 1 EPR unit

- Nuclear Island Nuclear Steam Supply System (NSSS)- Nuclear Island Engineering & Procurement (NI EP)

First Concrete Dec 2007



Target delivery date 2012

For internal use only

The EPRTMFlamanville 3 Project

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The EPR Flamanville 3 ProjectView of the site May 2009

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The EPR Flamanville 3 ProjectView of the site May 2009

COPYRIGHT EDF

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The EPR Flamanville 3 ProjectReactor Building May 2009

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The EPR Flamanville 3 ProjectTurbine Building May 2009

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The EPR Taishan 1&2 Project

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Where Taishan, China

Contract signed Nov 26, 2007

Customer Taishan Nuclear Power Company (TSNPC)

Supplier AREVA in consortium with 2 subsidiaries of CGNPC

Supply scope 2 EPR units and the materials and services to operate them:

-Nuclear Island Engineering & Procurement (NI EP)- Nuclear Steam Supply System (NSSS)- Balance of Nuclear Island (BNI)

-Supply fuel and enriched uranium for 15 years

First concrete Aug 2009



Target delivery date 2013-14

Taishan 1&2 Fast Facts

The EPR Taishan 1&2 Project

2008

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Site location

TAISHAN

Daya Bay

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The EPR Taishan 1&2 ProjectView of the site - May 2009

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The EPR Taishan 1&2 ProjectExcavation - May 2009

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Future developments of the EPR reactor

EMIRATES

X EPR projectunderpreparation withSuez and Total

X MoU for 2 EPRreactors

INDIA

FRANCE

X 2nd EPRTM inPenly launchedin March 2009

USA

X EPRtechnologyselected by fiveutilities

X Certificationsubmitted in

Dec. 2007

X Detailed Designunderway

UK

X EPR design

pre-certificationunderway

X EPRtechnologyselected by EDFand E.ON

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We are building the new generation

for power generation

> Plants Business Unit - May 2009

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Documents

Сооружение атомного реактора EPR