Ansaldo Nucleare i Laureati in Ingegneria · PDF file Ansaldo Nucleare Propose New Stand-by...

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Transcript of Ansaldo Nucleare i Laureati in Ingegneria · PDF file Ansaldo Nucleare Propose New Stand-by...

  • Una Società Finmeccanica

    Ansaldo Nucleare &

    i Laureati in Ingegneria Elettrica

    Federico Fortunato Product Manager Electrical

    and I&C Systems Genova, Sept. 13th, 2012

  • Una Società Finmeccanica

    Main Italian Company in the nuclear sector

    Sound presence in the new

    international markets

    50 years of nuclear know-how

    Full-cycle responsibility for the nuclear

    energy business

  • Una Società Finmeccanica

    ANSALDO NUCLEARE HEADQUARTERS GENOVA

    200 DIPENDENTI 135 DI QUESTI

    IMPIEGATI NELLO SVILUPPO PROGETTI ED INGEGNERIA

  • Una Società Finmeccanica

    Ansaldo Nucleare nel Mondo

    Nuclear Power Plants

    Waste Facilities and Nuclear Research Center

  • Una Società Finmeccanica

    Ansaldo Nucleare in Italia

    Nuclear Power Plants

    Waste Facilities and Nuclear Research Center

    EUREX Saluggia Caorso NPP

    Brasimone

    Trino NPP

    Casaccia

    CISAM

    Latina NPP Garigliano NPP

    Trisaia (Rotondella)

  • Una Società Finmeccanica

    The most flexible among

    global players

    Customer-driven approach

    Partnerships in nuclear plants adopting different technologies

    An innovative and reliable

    business partner

    Design, production, service and de-commissioning capabilities

    Development of fourth generation nuclear programs

    High technology & human touch

  • Una Società Finmeccanica

    Ansaldo Nucleare offer: product lines

    NEW NUCLEAR POWER PLANTS

    (NPPs)

    DECOMMISSIONING & RADIOACTIVE WASTE

    MANAGEMENT

    SERVICES TO NUCLEAR PLANTS

    MARKETING & SALES

    PROJECT MANAGEMENT

    DESIGN & ENGINEERING

    PROCUREMENT & CONTRACTING

    FABRICATION

    SITE IMPLEMENTATION

    COMMISSIONING

  • Una Società Finmeccanica

    Carbon-free power generation

    Research on new generation nuclear technologies

    Commitment to improving fuel efficiency & minimizing radwaste

    Development of new, accident-proof

    technologies & solutions

    Upgrading of existing plants

    with enhanced safety features

    Safety assessment of new & operating plants & facilities

  • Una Società Finmeccanica

    is devoted to the nuclear technology and provides its total, absolute and

    unwavering commitment to nuclear safety, public transparency and

    professional integrity. 9

    Relatore Note di presentazione Ansaldo Energia is a developer and manufacturer of power generation technologies. Energy has been our core business for more than 150 years, and has shaped our Company culture.

  • Una Società Finmeccanica

    Flexible Connections The system allows extending the concept of “Plug and Socket” to the Electrical Distribution System, at different voltage level (medium up to 11 kV, low up to 400 V) and with a large scale of available power up to 10 MVA

    10

    EU STRESS TESTS & POST FUKUSHIMA MEASURES

  • Una Società Finmeccanica

    Flexible Connections The system consists in the installation, on a remote position, identified as safe, of the connection point and of the panel that provides the interface between the plant electrical system and the external power source. This allows for a flexible management of external emergency power sources to cope with the post-accident required safety functions, by matching the limited power available with the most urgent needs in the optimal sequence.

    11

    EU STRESS TESTS & POST FUKUSHIMA MEASURES

  • Una Società Finmeccanica

    Ansaldo Nucleare Propose New Stand-by Diesel Generator stations complete with: • Buildings with cranes and ventilation • Mechanical & electrical auxiliary equipment • Engineering activities and documents • Construction and commissioning • Quality assurance and surveillance

    Main Services: • Electrical engineering (design of the DG set control and power systems load- flow study, selectivity study, transient study) • Civil engineering (design of the new Diesel buildings) • Mechanical engineering (design of the DG set fluid circuits, general arrangements)

    12

    EU STRESS TESTS & POST FUKUSHIMA MEASURES

  • Una Società Finmeccanica

    Ansaldo Nucleare Propose New Stand-by Diesel Generator Design Concept: • Auxiliary Systems are designed, manufactured and qualified as single skid • Qualification process has been performed both by Analysys and by Test • Monitoring System with all the functional parameters of each Systems • Electrical Equipment with dedicated Oscilloperturbograph and Disturbance

    Recording

    Stand-by Diesel Generator Stations

    13

    EU STRESS TESTS & POST FUKUSHIMA MEASURES

  • Una Società Finmeccanica L’ingegnere Elettrco in

    Ansaldo Nucleare Ogni Impianto Nucleare o di trattamento rifiuti è prima di tutto un Impianto che produce e utilizza Energia Elettrica. Quindi In ognuno dei nostri impianti sono NECESSARI:

    Studi di Rete, Corto Circuito, Load Flow, Selettività

    Voltage Levels

    500. kV 132. kV 22. kV 6.6 kV 0.38 kV

    PowerFactory 13.2.336

    Project: Graphic: Grid Date: 18-Feb-2010 Annex:

    Load Flow Balanced Nodes Line-Line Voltage, Magnitude [kV] Voltage, Magnitude [p.u.] Voltage, Angle [deg]

    Branches Active Power [MW] Reactive Power [Mvar] Current, Magnitude [kA] Loading [%]

    External Grid Active Power [MW] Reactive Power [Mvar] Power Factor [-]

    G1

    649.00 MW 402.21 Mvar

    19.93 kA 100.00 %

    G~

    B D

    -G 1

    -648.98 MW -402.20 Mvar

    19.93 kA 87.62 %

    B D

    -G 1

    649.00 MW 402.21 Mvar

    19.93 kA 87.62 %

    TP

    -646.77 MW -295.51 Mvar

    0.82 kA 101.55 %

    -1

    TP

    648.93 MW 401.97 Mvar

    19.93 kA 101.55 %

    -1

    B D

    2A -5

    32 0

    B D

    2A -5

    32 0

    B D

    1A -5

    32 0

    B D

    1A -5

    32 0

    B D

    2U -5

    32 0

    B D

    2U -5

    32 0

    B D

    1U -5

    32 0

    B D

    1U -5

    32 0

    Ext Grid 132 kV

    49.06 MW 31.28 Mvar

    0.84 Ext Grid 500 kV

    -646.77 MW -295.51 Mvar

    -0.91

    B D

    4- 53

    23

    5. 47

    M W

    3. 26

    M va

    r 0.

    56 k

    A 5.

    72 %

    B D

    4- 53

    23

    -5.47 MW -3.26 Mvar 0.56 kA 5.72 %

    BD3-5323

    2.58 MW 1.59 Mvar 0.26 kA 2.70 %

    BD3-5323

    -2.58 MW -1.59 Mvar

    0.26 kA 2.70 %

    BD3-5324

    18 .9

    3 M

    W 10

    .5 2

    M va

    r 1.

    88 k

    A 19

    .2 8

    %BD3-5324

    -18.93 MW -10.52 Mvar

    1.88 kA 19.28 %

    BD2-5323

    0.00 MW -0.00 Mvar 0.00 kA 0.00 %

    BD2-5323

    -0.00 MW 0.00 Mvar 0.00 kA 0.00 %

    BD2-5324

    0. 00

    M W

    -0 .0

    0 M

    va r

    0. 00

    k A

    0. 00

    % BD2-5324

    -0.00 MW 0.00 Mvar 0.00 kA 0.00 %B

    D 1-

    53 23

    0. 00

    M W

    -0 .0

    0 M

    va r

    0. 00

    k A

    0. 00

    %

    B D

    1- 53

    23

    -0.00 MW 0.00 Mvar 0.00 kA 0.00 %

    Brk-MC-3-E

    -2.35 MW -1.46 Mvar

    0.24 kA 0.00 %

    Brk-MC-3-EBrk-MC-3-O

    0.00 MW 0.00 Mvar 0.00 kA 0.00 %

    Brk-MC-3-O

    TA 2

    27.43 MW 17.53 Mvar

    0.14 kA 94.35 %

    1

    TA 2

    -27.27 MW -14.94 Mvar

    2.72 kA 94.35 %

    1

    TA 1

    21.62 MW 13.75 Mvar

    0.11 kA 74.23 %

    1

    TA 1

    -21.52 MW -12.12 Mvar

    2.14 kA 74.23 %

    1

    TU 2

    0.02 MW 0.11 Mvar 0.00 kA 0.31 %

    -1

    TU 2

    -0.00 MW 0.00 Mvar 0.00 kA 0.31 %

    -1

    TU 1

    0.02 MW 0.11 Mvar 0.00 kA 0.31 %

    -1

    TU 1

    -0.00 MW 0.00 Mvar 0.00 kA 0.31 %

    -1 B

    D 4-

    53 24

    21.80 MW 11.69 Mvar

    2.17 kA 22.22 %

    B D

    4- 53

    24

    -21.80 MW -11.69 Mvar

    2.17 kA 22.22 %

    B D

    1- 53

    24

    0.00 MW -0.00 Mvar

    0.00 kA 0.00 %

    B D

    1- 53

    24

    -0.00 MW 0.00 Mvar 0.00 kA 0.00 %

    Bus G1 22.115 1.005

    -22.946

    Bus 22 kV 22.115 1.005

    -22.947

    Bus 500 kV 500.000 1.000 0.000

    Bus 132 kV 132.000

    1.000 0.000

    MC-3-OE 6.592 0.999 -3.752

    MC-3-E 6.592 0.999 -3.752

    MC-3-O 6.652 1.008 -2.930

    MC-4-E 6.592 0.999 -3.752

    MC-4-O 6.652 1.008 -2.930

    D Ig

    SI LE

    N T

    Voltage Levels

    500. kV 132. kV 22. kV 6.6 kV 0.38 kV

    PowerFactory 13.2.336

    Project: Graphic: MC-4 Date: 18-Feb-2010 Annex:

    Max. 3-Phase Short-Circuit acc. to IEC Short Circuit Nodes Initial Short-Circuit Power [MVA] Initial Short-Circuit Current [kA] Peak Short-Circuit Current [kA] Short-Circuit B