Iberdrola in the Baltic Sea 1 Iberdrola Content 1. Iberdrola An - - PowerPoint PPT Presentation

iberdrola in the baltic sea
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Iberdrola in the Baltic Sea 1 Iberdrola Content 1. Iberdrola An - - PowerPoint PPT Presentation

Baltic InteGrid on the WindEnergy Hamburg 2018 26. September 2018 Iberdrola in the Baltic Sea 1 Iberdrola Content 1. Iberdrola An international energy leader 2. Wikinger offshore windfarm 3. Iberdrolas future projects in Baltic


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Baltic InteGrid

  • n the WindEnergy Hamburg 2018
  • 26. September 2018

Iberdrola in the Baltic Sea

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Iberdrola

Content

1.

Iberdrola – An international energy leader

2.

Wikinger offshore windfarm

3.

Iberdrola‘s future projects in Baltic Sea

4.

Grid connection concepts

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Iberdrola

1 Iberdrola An international energy leader

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Focus – Renewable Energy and Grid

Iberdrola - An international energy leader

GAS NUCLEAR CARBON

WIND SOLAR WAVES HYDRO GRID

TRADING

ENGINEERING

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34% 25% 8% 29% 5%

Wind, Solar, Bio. [MW] Wasserkraft [MW] Nuklear [MW] GuD [MW] KWK [MW] Kohle [MW]

Renewable energies and hydrpower as solid basis

More than 50% of the installed capacity are renewable energies and hydropower

The utility of the future

Portfolio correspond to the mix aimed for in the „Energiewende“

Iberdrola - An international energy leader

Status 2015

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+ 6,9 GW for clean energy

(carbon will be only 1%)

Renewables

CoGen Nuclear CoCycle Carbon Hydro

[MW]

[Strategic Pillars, London 24 Feb. 2016]

Iberdrola - An international energy leader

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Iberdrola - An international energy leader

  • Global player in energy business, huge investments in renewables energy since

years

  • Main markets:

Spain UK USA Brasil Mexico

  • Revenue 2017: 31.2 Mrd EUR
  • No. 1 wind energy producer in Europe
  • Capacity renewable energy: approx. 16.6 GW; mainly onshore wind
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Iberdrola - An international energy leader

  • Over 7,5 GW Pipeline until year 2022
  • Baltic Sea – 900 MW pipeline

Wikinger, DE in operation since end 2017 Baltic Eagle, DE awarded in auction 2018 Wikinger Süd, DE awarded in auction 2018 Windanker part of auction 2021

  • North Sea (UK) – 2,800 GW pipeline

West of Duddon Sands, UK in operation since 2015 East Anglia ONE, UK in construction, completion 2020 Saint-Brieux, F planned for 2023 East Anglia 2 -4, UK

  • US East Coast – 4,000 GW pipeline

Kitty Hawk Vineyard

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Iberdrola

2 Wikinger Offshore Windfarm

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Wikinger – Overview

 Owner and operator Iberdrola  Investment approx. 1.4 Bil. EUR  Projektteam in Berlin, London, Madrid, Saßnitz  Baseport: Sassnitz/Mukran (Island Rügen)  Capacity 350 MW  70 Windturbines (Adwen AD5-135)  Start Installation March 2016  Commissioning 2017  Handed over to operation team

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 70 Windturbines (WTG): Adwen M 5000-135  Nacelle (Bremerhaven)  Blades (Stade)  Substation (OSS)  Shared with TSO (50hertz)  Manufacturing Navantia  Transport and Installation SHL  Foundations:  Manufacturing (Navantia-Windar and Bladt)  Transport and Installation (OWFJV)  Internal array cables Prysmian

Wikinger – Overview

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  • Typ M-5000-135
  • Nennleistung 5 MW
  • Nabenhöhe 97,5 m
  • Rotordurchmesser 135 m
  • Anlagenanzahl 70

Wikinger – Overview – WTG

  • Typ Adwen M-5000-135
  • Nennleistung 5 MW
  • Nabenhöhe 97,5 m
  • Rotordurchmesser 135 m
  • Anlagenanzahl 70
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Wikinger – Overview – WTG-Foundations

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Wikinger – Overview – OSS-Topside

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Wikinger Preparations Works

 UXO & Obstacle Investigation 2015 / 2016

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 UXO removal

Wikinger Preparations Works

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 Cardinal buoy  Weather buoy  Weather forecasts  Guard vessel  Crew Transfer Vessels (CTV)  Marine coordination

Wikinger Preparations Works

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Baseport and Stagging port Saßnitz / Mukran

Wikinger Preparations Works

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Installation vessel piles: Giant 7 Wikinger Installation

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Wikinger Installation

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Foundation installation incl. grouting 03/2016 – 01/2017

Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Offshore Substation (OSS): Offshore installation OSS (foundation and topside) 08/2016

Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Internal cables: Cable laying completed 01/2017

Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

Windturbine installation: Installation 01/2017 – 10/2017

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Wikinger Installation

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Iberdrola O&M Building – Saßnitz / Mukran

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Iberdrola O&M Building – Saßnitz / Mukran

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Wikinger Installation

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Iberdrola

3 Iberdrola‘s future projects in Baltic Sea

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Iberdrola in Baltic Sea – future projects Overview projects: German Baltic Sea

BSH: BFO Ostsee 2016 2017

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Iberdrola in Baltic Sea – future projects

BSH: FEP_Vorentwurf_2019

Overview projects German Baltic Sea

Area O-1 in German EEZ acc. to Pre-Draft of Area Development Plan (FEP)

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Iberdrola in Baltic Sea – future projects

Baltic Eagle and Wikinger Süd  Iberdrola was awarded in 2nd interrim auction acc. to §26 WindSeeG  Awarded capacity 486 MW  Area approx. 35 km² + 5 km²  Windturbine 8 – 10 MW class  Investment approx. 1.1 Bil. EUR  Project set-up comparable to Wikinger  TSO 50hertz - shared platform in planning  Grid connection scheduled acc. to BFO  Grid connection Baltic Eagle with system OST-2-2 and OST-2-3  Wikinger Süd will be connected to the Wikinger OSS (system OST 1-3)

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Iberdrola in Baltic Sea – future projects

Windanker  Windanker area is considered in pre-draft Area Development Plan (FEP) – O-1.3  Iberdrola expects consideration of Windanker area in next auction  Area size approx. 18 km²

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Iberdrola

4 Grid connection concepts

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Iberdrola in Baltic Sea - Grid concepts

Baltic Hub Projects/ January 2018 /

Possible alternatives for Grid connection in Baltic Sea  Short-term solution in Germany:  Higher utilization of installed grid connection cables  Buffers identified within ongoing discussion of 2K-criteria  International solution (example UK):  Grid connection build by windfarm operator  After completion handed over to TSO in a tender (OFTO)  Higher investment costs but project is in control of timing (coordination in one hand)

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Vielen Dank