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EDF R

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United Kingdom. EDF Energy (100 %) # 1 distributor. Italy. Edison (50 ... Coordination project MAGIC (EURATOM) Component behaviour in extreme climate conditions ... – PowerPoint PPT presentation

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Title: EDF R


1
EDF RDCreating value and preparing for the
future
2
The EDF Group
Italy Edison (50 ) 2 Italian utility
(electricitygas)
EDF Trading Volumes handled electricity (745
TWh) Gas (116 bcm) Coal (237 Mt) Oil (141 Mb)
Revenues 59,6 billion EBITDA 15,2
billion Customers in the world 37,8
million Employees in the world 156.500 Generatio
n 128,200 GW (installated capacity) 633 TWh
(generation)
3
RD programmesrising to EDFs challenges
4
EDF RD mission statement
  • Mobilise expertise to support operational
    entities
  • Conduct research and develop methodology and
    tools to improve operational performance of Group
    divisions and entities
  • Pave the way for the future and establish new
    growth drivers for the EDF Group

5
Covering all Group businesses
Electricitynetworks
Electricitygeneration
Energymanagement
Informationtechnologies
Sales andmarketing
Renewables andthe environment
6
Generation
  • Developing tools and methods to improve operating
    performance and optimise the useful life of
    generation facilities with a focus on safety
  • Anticipating new environmental regulations

Development of CASSIOPEE,a new core calculation
sequenceusing fuel more safely and efficiently
Cordemais using numerical simulation to optimise
operating conditions and cut NOx emissions by
half
Chambon dam long-term and acceptable management
of sediment thanks to digital modelling
Understanding Alloy 600 corrosion mechanism to
optimize SG maintenance
7
Energy management
  • Developing valuation tools and models for
    generation assets to optimise EDFs complex and
    diversified energy mix
  • Simulating competitive situations to better
    understand markets and how they evolve

EXODE model forecasting spot prices12 days
ahead of time
New daily production plan
Forecasting gas prices portfolios and marginal
sourcing costs (G, S, I, UK, F). Study on
regulating third-party access to gas storage.
8
Transmission
  • Extending the useful life of equipment
  • Developing new technical solutions to maximise
    handling capacity of infrastructures and increase
    network availability
  • Making the infrastructures as resistant as
    possible to extremeweather risks

Evaluation, for RTE, of available throughput
capacity and risks in the event of overload.
Extending the useful life of high-voltage circuit
breakers.
Analysing shutdowns and proposing preventive
measures for electronic components in network
protection equipment shutdowns avoided !
An economical solution for locating and stopping
SF6 leaks at stations without any isolation
measures or disassembly (experiment conducted at
Paluel).
9
Distribution
  • Optimising equipment and systems in a new
    environment asset management, specifications,
    trials and expertise
  • Integrating new technologies to improve
    performance

Consumption forecasting tools (evaluation of
losses, network development, risk management...)
Evaluation and optimisation of useful life of
equipment (upgrades, maintenance, diagnostics...)
Preparing the next generations of interactive
Meters.
10
Sales and marketing
  • Delivering solutions for comfort, energy savings
    and renewable energies to residential customers
    heat pumps, insulation, renewable energies
    offers, micro-cogeneration, direct and remote
    energy saving services
  • Assisting the Customer Division with pricing and
    customer support tools

Innovative insulation materials for renovation.
Trialling new services with residential and
business customers. Diag Conso, accompanying
residential customers in their renovation
projects.
Assisting the Customer Division for progress
contracts (utilities optimisation for
industrials).
High-temperatureheat pump.
11
Renewable energy
  • Identifying those breakthroughs that are
    susceptible of making certain technologies more
    or less competitive than others
  • Making the most promising technologies an
    industrial reality to assure the Groups future
    growth

Photovoltaic CISEL - In partnership with the
CNRS and Paris School of Chemistry - Reducing
costs and improving yields and reproducibility
Marine current power Evaluation of potential in
France Helping EDF Energy develop a 1MW project
Wind power Resource forecasting Maintenance
optimisation
12
A portfolio of Challenges for 2007-2009
  • OUR WORLD
  • Water anticipating the climate constraints on a
    shared resource
  • Always improving the characterisation of the
    environmental impacts of our facilities
  • GRIDS
  • Preparing the distribution in 2015
  • OUR OPTIMISATION
  • Anticipating the new energy landscape
  • Generation optimisation into the market
    re-establishing methods and tools
  • Finding new flexibilities between consumption,
    generation and storage
  • GENERATION
  • Enabling 60 year lifespan to our nuclear power
    plants
  • Integrating new technologies to operate more
    efficiently
  • Innovating in renewable energies and storage
  • CUSTOMERS
  • Home and building developing technologies and
    services for energy efficiency
  • Industry developing energy efficiency and new
    electric uses

SIMULATE AND DECIDE
13
2007 budget 375 million
Networks andenvironment 11
Generation 50
Energy Management8
Sale Marketing 18
Transversal 13
14
Nuclear RD orientations
  • More efficient use of fuel
  • Keeping all ageing under control (anticipate on
    generic issues and prepare for longer life time)
  • Give convincing answers to environmental
    questions (impact of generation on environment)
  • and reduce the impact of environment on
    generation !
  • Integrate new technologies to improve
    performances
  • Keeping external requirements at a reasonable
    level
  • Numerical simulation, a tool central to our
    activities
  • A growing concern maintaining competencies ?
    part to be plaid by RD in education and training
    ?

15
RD for an effective life time management of IC
  • What strategy for possible replacement ?
  • Cost / benefits of partial replacement
  • Develop test methodologies for requalification
  • Recommandations to eliminate the risk of
    obsolescence of future equipments (European
    Project LOTUS in preparation)
  • When to replace ? What residual life time ?
  • Keep on assessing the generic risk of ageing
  • What tools to detect and monitor ageing ?
  • Coordination project MAGIC (EURATOM)
  • Component behaviour in extreme climate conditions
  • How to demonstrate that qualification is
    maintained ?
  • Volume of spare parts procurement
  • Budget and schedule
  • Answer needs for 3rd 10-years outages of 1300 MW
    plants
  • Total budget around 2,2 M par an

Clone de MC6800
16
The men and women of EDF RD
Renardières,France
Clamart,France
Karlsruhe,Germany
Chatou,France
  • 2 000 individuals
  • 30 women
  • 78 researchers or managers
  • 300 PhDs and 200 doctoral students
  • 150 researchers who teach at universities and
    engineering schools

17
RD working with othersexpanding its horizons
Major internationalpartners
Footholds in strategically important countries
Other electric cos


EPRI
Network of 5 Polish Univ (Wroclaw)
SINTEF
CEA
Thermal Power Research Institute (China)
Universités
CEMAGREF
Italie Boconi, Politecnico deMilan
CERFACS
IRSN
TSINGHUA Univ.
ANDRA
Nat. METEO
Karlsruhe Univ.IFARE, IFIB
CNRS
CETHIL (bâtiments)
EIfER
Natural partnerships in France
IDEA (distribution)
CEREA
GB EDF Energy
Pôles de compétitivité
Nouveaux hydraulique, économie...
AllemagneEnBW
UMR photovoltaics
Joint laboratories
Italie EDISON
UMR on mechanics
18
EDF RDCreating value and preparing for the
future
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