Marine Energy industry in Scotland. April 2013

Similar documents
Marine Energy Supply Chain

Ocean Energy in Ireland

International and Niche Markets for Wave and Tidal Energy. Neil Ferguson

Wave Hub Update All Energy 21/22 May Stuart Herbert Commercial Director

Alstom Ocean Energy Path towards Industrailsation. Ken Street 18 th April 2013

Marine Contractor. Marine Excellence Since 1985

ESB Ocean Energy Projects

The transition to sustainable energy

OFFSHORE RENEWABLES: COLLABORATING FOR A WINDY AND WET FUTURE?

Wind Mills of the Mind Delivering large scale offshore wind. Andy Kinsella CEO, Offshore November 24th, 2011, Dundalk

Wave Energy. ME922/927 Wave energy

European Golf Statistics 2017

Ocean Energy Policy Brief

WAVE HUB. Dr Mike Patching. A Future for Wave Energy in Cornwall. BEng, PhD, CEng, MEI

That is why. April 24, 2008

Technology and innovation challenges for UK Offshore Wind Energy Andrew Scott

Harvesting the waves

Vestas Capital Markets Day MHI Vestas Offshore Wind A/S

Offshore wind power in the Baltic sea

Marine Energy. Dr Gareth Harrison University of Edinburgh

Carnegie Wave Energy Limited

22 November 2016 OFFSHORE WIND EUROPE. Offshore wind smashes $100/MWh. Tom Harries

Taking Stock: Building an Offshore Wind Research Agenda for the U.S. Industry

Experience with the design, manufacture, test and commercialisation of the REpower 6M turbine

The Parliamentary Blades Project Newsletter

European gas market Quo vadis?

Challenges of up-scaling to a grid connected array. PECC Energy Transition June Arturo Troncoso, Director CWE Chile

Offshore Wind Vessels. Steven Kopits Douglas-Westwood LLC

Energy Outlook Global and Domestic Trends and Challenges. Dr. John Caldwell Director of Economics, EEI 1

Offshore Wind Energy in Germany

12/04/2016. ENV-5022B / ENVK5023B Low Carbon Energy: Tidal Power

Tidal Energy from the Severn Estuary: Opportunities and Challenges

Whitney Hauslein Global War Wa ming

PART 2: REGIONAL LOCATIONAL GUIDANCE FOR MARINE ENERGY

Universities and the Education Revolution. Professor Richard Larkins Chair, Universities Australia VC and President Monash University

wave energy, reloaded series 25 - wave energy converters

The WindFloat Project. Hamburg, September 2016

Maritime Renewable Energy

Offshore Energy Årsmøde Offshore Wind Energy in Europe

Wind Energy 101 for Southeastern Policy Makers Overview of Wind Energy Development and Potential in the US

Portuguese Market Outlook up to 2040

Norway s solution: Hywind- world s first full scale floating turbine Dr. Nenad Keseric Asset Manager/Specialist Statoil ASA MPR RE Operations

Challenges, Prospects & Opportunities. Seychelles Fisheries Sector

2015/16 UEFA European Women s Under-17 and Women s Under-19 Championships Elite round draws

Press release LAUNCH. FlanSea WAVE PIONEER Wave energy converter

The State of the Market for Growth Rounds in European Tech Companies

The economic value of the EU shipping industry. Andrew P Goodwin

Finland s sawmilling industry

Fibre to the Home: Taking your life to new horizons!

Ensuring Reliability in ERCOT

Applicability and potential of wave power in China

Webinar: Trends in renewable energy support

Report of the Committee to Study Offshore Wind Energy and the Development of Other Ocean Power Technology

Offshore Wind Energy in Germany Development and Outlook

Herring in the North Sea, Exploitation and Conservation. Presentation by Dr Beatriz A. Roel

Tides and Tidal Energy JUDITH WOLF MARINE SYSTEMS MODELLING GROUP, NOC

11 November 2016, Nyon, Switzerland. 2016/17 UEFA European Women s Under-17 and Women s Under-19 Championships. Elite round draws

The Tidal range is amplified in estuaries, and in some situations, the shape of the estuary is such that near resonance occurs e.g Severn Estuary, Was

Techno-economic assessment of potential CCS deployment in the Southern African region

WIDN ENERGY CLASSIFICATION SYSTEM FOR WIND TURBINES

Chandirekera Sarah Mutubuki-Makuyana Senior Advisor Renewable Energy SNV Netherlands Development Organisation Zimbabwe

The Australia US FTA: implications for international education

GREEN BOATS IN PRACTICE. Green Dream Boats Ltd.

Global economic cycle has slowed

24 November 2017, Nyon, Switzerland. 2017/18 UEFA European Women s Under-17 and Women s Under-19 Championships. Elite round draws

Overview of market trends through 2005 Forecasts for 2006 and 2007

Global Construction Outlook: Laura Hanlon Product Manager, Global Construction Outlook May 21, 2009

Offshore // Marine // Subsea Cable solutions that thrive under pressure

L'éolien offshore: caractéristiques et mode de construction

Offshore Service Vessels for Wind Farming. BALTEXPO 2011, September 2011

POWER YOUR FUTURE Universidade do Algarve - Faro. 7 th September 2007

The Carnegie Wave Energy CETO Wave Energy Project

Wave Energy Policy in Ireland

NEW COMMERCIAL VEHICLE REGISTRATIONS EUROPEAN UNION 1. July and August 2017

For personal use only

Sensor Platform Project Marine Trials Bidders Conference. Fundy Ocean Research Center for Energy fundyforce.ca

Happiness trends in 24 countries,

Wind and Tidal - Benefits and Opportunities in Australia

Beyond the game: Women s football as a proxy for gender equality

Adrian ROGOZ Brasov Chamber of Commerce and Industry

FTTH Council Europe Panorama & Forecast Market at September 2018 & Forecast by 2020 & 2025

An Overview of Recent Auction Formats

An update on Grid parity

Why is it so challenging being the world s most competitive energy technology?

Introduction to the power sector baseline scenarios and the IRENA SPLAT-W/MESSAGE tool

OFFSHORE WIND: A CRASH COURSE

Energy Security: Markets and Policy

Architecture - the Market

Expertise, Innovation and reduction of cost of energy: Vestas experience

2016 Integrated Resource Plan Public Webinar Series

13 December 2016, Nyon, Switzerland. 2016/17 UEFA European Under-17 and Under-19 Championships. Elite round draws

Cheese (American, Italian, Hard, Soft, Fresh and Others) Market - Global Industry Analysis, Size, Share, Growth, Trends and Forecast,

An Introduction to Risk in Floating Wind Key risks and how to mitigate them

An independent study to assess and validate the shape and size of the Potentially Impacted Areas used in BEAWARE 2 Qualitative results

Renewable Energy. Tidal energy leasing and tidal phasing. Simon P. Neill a, *, M. Reza Hashemi b, Matt J. Lewis a. abstract

14 Tide. away from the moon. towards the moon

DEVELOPMENT OF THE OCEAN ENERGY ORJIP

Cannibalization in Renewable Energies (Part II: Offshore)

WDF Europe Cup Men: Pairs

Efficiency Indicators of Railways in France

Transcription:

Marine Energy industry in Scotland April 2013

Policy- Government Targets Scottish Targets 50% of electricity demand to be met by Renewables by 2015 100% of Scottish demand by 2020 Currently at 39% 30% of Primary Energy from Renewables by 2020 Emission reduction target of 42% by 2020 80% by 2050 UK Targets 30% power from Renewable by 2020 Currently at 8% (2011 estimate) 15% of Primary Energy by 2020 Kyoto target 80% emission reduction by 2050 Scotland to be a powerhouse of Renewable Energy Alex Salmond, First Minister Prime Minister, David Cameron, has said he wants the coalition administration to be "the greenest government ever".

100% Renewable Electricity Equivalence Target 25% of 35TWh 100% of 37TWh 2010 Annual demand = 35TWh 2020 Annual demand = 37TWh* Losses and Exports i.e. 13TWh Losses and Exports i.e. 17.5TWh *Estimated

UK s Wave and Tidal Resource Scotland s position at the end of a long Atlantic Ocean fetch produces tremendously energetic waves The UK has 40% of Europe s tidal power which has been estimated at 13 billion kw hours per annum. Scotland has the bulk of this resource with 25% of the European total

Enabling the Marine Energy Industry 2004 Marine Energy Group (MEG) Joint Government and industry body tasked with making recommendations to take forward and accelerate the Marine Energy sector in Scotland 2004 Marine Energy Roadmap 2007 Marine Scotland publishes a full Strategic Environmental Report (SEA) for Scottish Waters 2009 Marine Energy Roadmap (updated) 2010 Pentland Firth and Orkney Waters Leasing Round 1 -World s first commercial wave and tidal energy project leases 2011 Marine Scotland publish final Regional Locational Guidance report for marine energy developers 2011, April The first of the Saltire Prize lease sites consisting of 4 projects of up to 30MW each, 2 wave and 2 tidal 2011 October, 6 further marine energy sites leased for 30MW Saltire Prize project sites, 2 wave and 4 tidal 2013 A further Saltire 30MW lease to Scotrenewables in Orkney

Scottish Government Support 2006 Wave and Tidal Energy Support (WATES) - 13m capital grant scheme 2007 Marine Support Obligation (MSO) - Enhanced revenue stream for wave and tidal generation 2008 Saltire Prize A 10m challenge prize to the first company to generate 100GWh from a wave or tidal energy project in Scotland 2009 Banded Renewable Obligation Certificates (ROCS) for wave and tidal projects replaced the MSO 5 ROCs per MWh for wave ( 250/MWh) 3 ROCs per MWh for tidal ( 150/MWh) 2010 Wave and Tidal Energy Research, Development and Demonstration Support Scheme (WATERS) - 13m capital grant 2011 Marine Energy Array Deployment Fund - 18m capital grant 2013 A further capital grant scheme to be introduced by the Scottish Government in the summer

European Marine Energy Centre Full Scale Wave Site 6 Wave Berths World s only grid connected wave and tidal test centre 5 deep water wave berths and one near shore at Billia Croo Based in Orkney, Scotland Wave test site is UKAS certified Orkney Islands Full Scale Tidal Site 8 Tidal Berths Open sea, grid connected 8 x 11kv, 5MW subsea cables Water depth from 12m to 50m Independent controls for each cable 33kv substation at Eday housing switchgear, backup generator and communications equipment The nearby Pentland Firth is the largest tidal resource in Europe

EMEC's European Customer Base EMEC has already attracted international companies to its test sites and now has major companies from across Europe testing wave and tidal devices at its two sites Wave energy device companies 3 major utility companies, E.On (Germany), ScottishPower/Iberdrola (Spain) and Vattenfall (Sweden). Device developer Wello Oy from Finland Tidal device companies OpenHydro (France, Alstom), TGL (France, Alstom), Voith Hydro Ocean Current Technologies (Germany), Andritz Hydro Hammerfest (Austria) and Atlantis Resources Corp (Singapore) with two others still to arrive, Kawasaki Heavy Industries (Japan) and Bluewater Energy Services (Netherlands) Scottish tidal company Scotrenewables has Fred Olsen (Norway), ABB (Switzerland) and Total (France) as major investors. Wave company AWS Ocean Energy has Alstom (France) as its major shareholder

European Test Infrastructure Despite the expansion of the European test and demonstration centres over the last 10 years EMEC, in Scotland, currently has more devices on test than the other sites put together While this is good for EMEC and Scotland it does not reflect the recent shift in ownership, and hence political attention, that the industry is now undergoing. Courtesy of the Wave Energy Centre

Future Wave Array Projects Aegir Project, Shetland, Scotland Aegir Energy (JV between Vattenfall UK and Pelamis Wave Power) have secured a lease option for a 10MW wave project on Shetland Galson Project West of Lewis Aegir Project Galson Wave Project, Isle of Lewis, Western Isles, Scotland Aquamarine Power have secured a lease option for a 10MW project. An Environmental Impact Assessment (EIA) scoping report was submitted to Marine Scotland in May 2011 West of Lewis Wave Project - Aquamarine Power have also secured a lease option for a 30MW project. An Environmental Impact Assessment (EIA) scoping report was submitted to Marine Scotland in May 2011

Future Tidal Array Projects Islay Tidal Array, Scotland Utility company, Scottish Power, will build a 10MW array of tidal turbines supplied by Hammerfest Strom. Consisting of 10 x 1MW machines which will be manufactured and assembled in Scotland. Grid connected in 2014. (received 17m from European Comission funding). Kyle Rhea, near Skye, Scotland an array of 4 tidal machines by Bristol based company Marine Current Turbines with a total of installed capacity of 8MW by 2015 (received 15m from European Comission funding) Kyle Rhea Islay Array Islay Tidal Park Mull of Kintyre Array Mull of Kintyre, Argyll, Scotland an array of up to 6 Nautricity 500kw tidal turbines will be deployed by Argyll Tidal by 2015 Islay Tidal Park, Scotland DP Marine Energy are developing a 30MW tidal array project 6km off the coast of the Island of Islay. Technology supplier yet to be announced

Summary The marine energy industry in the UK is emerging from its early technology development phase and is now moving into the testing of full scale precommercial machines The industry is already developing sites for small arrays with a wave and tidal project in place by 2014 (Aquamarine Power at EMEC and Scottish Power s tidal array at Islay) Marine Energy companies are already involved in plans for scaling up production of wave and tidal devices and are looking at cost reduction through supply chain management and mass production. Recent shift in ownership with major investment/acquisition by European industrial players, including French Alstom and DCNS Importance to create a market of scale in Europe that will justify investment from industrial players and lower cost of energy

Marine Energy in Scotland Nicola Sartini Scottish Development International Email:- nicola.sartini@scotent.co.uk