offshore wind accelerating commercialisation of low carbon ...€¦ · 12th eti llp launched...

Accelerating commercialisation

of low carbon innovation

Transport Bioenergy

Offshore Wind

Buildings

Carbon Capture and Storage

Marine

Energy Storage and Distribution

Transport

Distributed Energy

Smart Systems and Heat

Bioenergy

03 Energy Technologies Institute www.eti.co.uk

December 12th ETI LLP

launched

Executive team in place

CEO, Legal, Strategy,

Operations, Delivery

ESME development launched

First projects announced ReDAPT, PerAWAT,

Helm wind, Condition

First Distributed Energy projects

launched

Light vehicle

Wind turbine drive train test rig

design launched

ETI delivery approach supported by National Audit

Office review of UK energy innovation landscape

ETI supported Industrial Doctorate Centre

launched

First use of ESME findings as input to policy following international

Wind turbine drive train test rig build launched

ReDAPT and Offshore Wind Test rig available commercially

First commercial product from an ETI project – Wet-mate Connector

First Programme Associate – Hitachi

First ETI equity investment – Isentropic

First ETI in-house engineering integration team launched – SSH

March 4th ETI SSH office opened

Third commercial product from an ETI project – SMARTtide

First UK CCS aquifer appraisal National Grid start drilling with ETI

HDV programme launched by Secretary of State

CCS insights published

SSH programme announced by

Prime Minister in

Second commercial product from an ETI project – WaveDyn

Second ETI equity investment

UK CCS storage appraisal project

launched

First buildings efficiency project

launched

December 17th First call for

proposals: Offshore Wind,

Marine

Our timeline

£14m energy storage

Innovating to deliver affordable, secure, sustainable low carbon energy for the UK

The ETI is a public-private partnership between global energy and engineering companies and the UK Government.

– Providing new technology and business concepts

– Generating UK economic development

– Building better understanding of energy challenges

– A collaborating force

– Informing policy

ETI’s industry and government partnership shares risk and creates affordability for development and demonstration of new technologies

Addressing UK Energy Development Priorities:

Efficiency Systems and technologies for reducing cost and improving buildings and transport

Nuclear Building supply-chain capacity and financier confidence

Gas A critical fuel for power heat, storage and potentially for transport

CCS System demonstration for capture, transport and storage

Offshore renewables Reducing cost

Bioenergy Creating the science, technology and business knowledge base for decisions on how to use bioenergy crops


Offshore Wind

Buildings


Marine


Transport

Distributed Energy


Bioenergy

ETI technology programme areas ETI members

ETI programme associate


Knowledge building Developing technology Demonstrating technology and system solutions

Bioenergy Multi-site field trial to study impact of bioenergy crops on soil carbonisation and greenhouse gas emissions – Reporting in 2014

Energy Storage and Distribution New approach to storing electricity at scale

– Testing up to 2017

Offshore Wind New designs for Floating turbine platforms – reducing generation costs – Tank testing and design completed in 2013

Marine Optimising wave and tidal array yields – Industry use from 2013 – Reporting in 2014

Marine 3 phase 11KV Wet-mate connector with integrated communications – Delivered in 2012

Offshore Wind World leading facility to increase reliability of new turbines – Operational from 2014

Carbon Capture and Storage First comprehensive UK CO2 Storage database – Delivered in 2013

Transport Increasing efficiencies of HDV land and marine vehicles by up to 30% – Testing up to 2017

Marine 1MW tidal generator providing environmental impact and performance – Operational in 2013

Delivering innovation from strategic planning to technology demonstration


The ETI works with:


The ETI works with:

SMARTtide Simulated Marine Array Resource Testing

Knowledge building to...

Now available as a commercial product from HR Wallingford, part of a £0.5m contract from ETI

– Simulated Marine Array Resource Model

– Commercially available from May 2013

– Developed by HR Wallingford as part of ETI Tidal Resource Modelling project

– Inform industry decision making through robust, shared evidence and commercially available projects

– Build a better understanding of decarbonisation potential in developing industries

– Inform policy debate

of projects focussed on knowledge building to date£50m


WaveDyn Wave energy modeller

CO2 Stored

Now available as a commercial product from DNV GL, part of an £8m contract from ETI

– Marine energy array performance modelling toolset – commercially available from late 2012

– Models validated through tank testing and open-water tests carried out as part of the project in UK, Ireland, Netherlands and France

– Comprehensive database of potential UK CO2 Storage licensed to The Crown Estate and British Geological Survey

– Database developed out of ETI £4m UK Storage Appraisal Project

– Launched in May 2013

– Software upgrade launched in September 2013

– Available to industry as web fee paying service

Developed by DNV GL as part of ETI PerAWAT project


Developing technology to...

11 KV Wet-mateUnderwater connector

Now available as a commercial product from MacArtney – £1.4m contract from ETI– Completed early 2012

– Build supply chain capability– Create economic

opportunities– Exploit UK technology

knowledge and skills

of projects focussed on developing technology to date£66m


Fault current

In supply from GridON with site test by UK Power Networks– £4m contract from ETI– Installation complete summer

2013 – fully operational on UK power networks

High efficiency SCR

In supply from Caterpillar, Johnson Matthey, Loughborough University– £4.5m contract from ETI– Visualisation rig operational Q3

2013 at Loughborough University – Test cell and vehicle demo in 2016

(Caterpillar, Peterlee)


1MW marine tidal turbine

Delivery led by Rolls-Royce, operational phase led by Alstom– Part of a £12.5m contract from ETI– Operational from early 2013 at European Marine

Energy Centre (Scotland)

Demonstrating technology to...

– De-risk new systems– Focus and accelerate low

carbon innovation– Build investor confidence

of projects focussed on demonstrating technology to date£96m


Wind turbine drive train test rig

15MW rig in supply from GE Power Systems (UK) and MTS (USA) – £25m contract from ETI – For use at UK National Renewable

Energy Centre– First customer Samsung Heavy

Industries 7MW prototype delivered to site 2013

£2m investment from ETI kick-starting National Grid programme to appraise Southern North Sea aquifer– Storage development and qualification

is the longest lead time item in the CCS chain and the greatest uncertainty– Drilling completed in Summer 2013

CCS storage site development


Strategic insights and system modelling


Energy System Modelling

» Energy System Modelling Environment (ESME) A national energy system design and planning capability

» EU ESME A European modelling prototype developed providing system design and planning capability at a continental level

» EnergyPath A new development under construction in our Smart Systems and Heat programme to provide local (urban area) energy system modelling tools

Our modelling work and insights from our programme areas are becoming increasingly important to the value the ETI delivers.

ETI system modelling is used by UK Committee on Climate Change and DECC to support policy recommendations.

Some of the reports and publications ETI data and insights appeared within in 2013:

• EEF – Tech for growth – delivering green and growth policies through technology

• Policy Connect – Future energy series of reports

• DECC Heat Strategy

• Offshore Wind Industrial Strategy, business and government action report

• Element Energy report on the costs of CCS for BIS and DECC

• CCS in the UK – Government response to the CCS cost reduction task force

• BIS report – Global market opportunities and UK capabilities for future smart cities

• DECC renewables roadmap

EnergyPath is a registered trademark of Energy Technologies Institute LLP

An insights report by the Energy Technologies Institute

Transport An affordable transition to sustainable and secure energy for light vehicles


ETI InsightsDeveloped from ETI projects and in-house analysis


» Carbon Capture and Storage – Potential for CCS in the UK A demonstration of the system wide importance of CCS through its capability and flexibility to reduce carbon emissions from a large range of activities

» Optimising the location of CCS in the UK An examination of how informed decisions about CCS infrastructure location is critical to help keep costs and risks low

» A picture of CO2 storage in the UK – Learnings from the ETI’s UKSAP and derived projects An analysis providing estimates of the size and cost of equipping the UK with a CCS infrastructure which allows it to meet its 2050 climate change targets

Transport

» An affordable transition to sustainable and secure energy for light vehicles in the UK An analysis of the light vehicle market and its energy supply infrastructure to define a potential carbon transition path that is affordable, secure and sustainable for the UK

Available to download at www.eti.co.uk

Carbon Capture and Storage Potential for CCS in the UK

A summary insights report by the Energy Technologies Institute

Marine

» Marine Energy Technology Roadmap A roadmap developed by the UK Energy Research Centre (UKERC) and the ETI identifying the research and development areas that need to be addressed to make marine energy cost competitive with other energy technologies.

Informing policy to underpin market developments

UK Government select committee 12

UK Advisory boards with ETI staff members48

Responses to Government consultations40Third party policy documents referencing ETI insights66


Academic research partnerships building knowledge and developing skills

Offshore Wind


University of Edinburgh Heriot Watt University University of DurhamImperial College LondonUniversity of Nottingham

UCL

University of Edinburgh University of OxfordQueens University BelfastUniversity of ManchesterCranfield UniversityUniversity of StrathclydeUniversity of Sheffield

Marine

University of Edinburgh University of OxfordQueens University BelfastUniversity of Manchester

Transport

Loughborough University University of Aberdeen University of SussexImperial College LondonUniversity of LeedsUCL

University of ManchesterUniversity of Strathclyde

Energy Storage and DistributionBuildings

UCLUniversity of ManchesterCranfield University

Cranfield UniversityAberystwyth UniversityUniversity of AberdeenUniversity of EdinburghUniversity of SouthamptonUniversity of YorkUniversity of CambridgeImperial College LondonUniversity of LeedsBioenergy

Cranfield University University of StrathclydeUniversity of Sheffield


Distributed

£6.5m

Value of ETI projects involving Universities and Research Institutes

£71m 29

9IDCORE Industry partners

Invested in skills development for future engineers– Co-funded with EPSRC– University of Edinburgh– University of Exeter – University of Strathclyde

£19mSpend to date on Universities and Research Institute contracts

Students on the IDCORE programme

29Universities and Research Institutes in projects

75Industry groups from 51 companies in projects with Universities


The next five years Very long bladeNext generation high performance wind turbine blade development– In development by

Blade Dynamics for test from 2015

Economic and commercial impact– Increased support for

business development as well as technology development

– Increased engagement with supply chain partners and co-funders on major demonstration projects

Accelerating the introduction of fuel efficient technologies into the market through research and development work that benefits the industry

Floating Wind Turbine Platform – Design of an offshore floating platform

able to deliver lower cost electricity through increased availability in higher wind speed, deep water areas

– Wave tank testing complete and no issues identified with the model

– Site development underway off the South West of England

Offshore Wind

Offshore Wind Engaging the Sector

TransportCarbon Capture and Storage

Developing and demonstrating innovative, efficient vehicle and vessel concepts using new component technologies

Next Gen Capture Systems Focus on lower cost capture technology for gas fired power stations

Transport


Grid scale energy storage– Substation scale electricity

storage as heat – In development for UK

substation test


Waste Gasification – Competition to design and build

the most efficient, economical and commercially viable waste gasification demonstrator plant

Skills development – Developing supply

chain capabilities – Linking academia

and industry

– Designing systems and solutions to deliver efficient heat and comfort to meet local requirements across the UK

Bioenergy

Industry Growth


The next five years


– Investing in

future engineers through the IDCORE programme

Fault Current Limiter Offshore Wind Test Rig

ReDAPT

Wave Farmer

Tidal Farmer

IDCORE

Available now

CO2 StoredWaveDynWet-mate Connector SMARTtide

ESME


offshore wind accelerating commercialisation of low carbon ...€¦ · 12th eti llp launched...

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