ENERGY SYSTEMS INTEGRATION for the NORTH SEA REGIONS - - PowerPoint PPT Presentation

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ENERGY SYSTEMS INTEGRATION for the NORTH SEA REGIONS - - PowerPoint PPT Presentation

ENERGY SYSTEMS INTEGRATION for the NORTH SEA REGIONS www.enseascotland.net Natasha Madeira International Collaboration Manager: ENSEA Energy Technology Partnership Energy Technology Partnership Annual Conference West Park Conference Centre,


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ENERGY SYSTEMS INTEGRATION for the NORTH SEA REGIONS

www.enseascotland.net Natasha Madeira

International Collaboration Manager: ENSEA Energy Technology Partnership

Energy Technology Partnership Annual Conference West Park Conference Centre, Dundee - 23rd April, 2014

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Overview

Nearly €3million from EU FP7 funding is supporting ENSEA’s aims to:

  • Promote cooperation & innovation in

integrating sustainable, renewable energy into existing energy systems;

  • Identify opportunities & develop

collaborations for a Joint Research Programme and research proposals (e.g. Horizon 2020);

  • Increase competitiveness of research-

driven energy clusters;

  • Facilitate development & sharing of

knowledge.

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ENSEA: Regional Partners & Collaboration

Germany Scotland

The Netherlands

Norway

4 EU regional partners:

  • Lower Saxony,

Germany

  • North Holland

(Project Management)

  • South West Norway
  • Scotland
  • Associate partners?

Academia Public Sector

Innovation

  • Energy

Systems Integration

Industry

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EUROPEAN NORTH SEA ENERGY ALLIANCE - ENSEA

ENSEA is promoting innovation and demand-driven collaborative research in energy systems integration for renewable and low-carbon energy sources ENSEA is identifying opportunities & developing collaborations for a Joint ESI Research & Innovation Programme and funding (e.g. Regional, UK, EU Horizon 2020, INTERREG). ENSEA is working towards increasing cooperation between, and competitiveness of, research-driven energy clusters .

ENSEA is Facilitating Development & Sharing of Knowledge.

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ENSEA Initiative Goals

For within Scotland, across the 4 ENSEA Regions & beyond:

Explore

  • Explore where we are now, and the potential and opportunities

in relation to demand-driven research and innovation in energy systems integration for renewables.

Plan

  • Strengthen the collaborations through development of Joint

Action Plan for innovation and research initiatives.

Develop

  • Develop collaborative research programmes within regional,

national and European (e.g. Horizon 2020) Research and Technical Development (RTD) funding programmes.

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ENSEA Initiative: Phase 1

Regional Analysis & Integration of Research Agendas

  • Provide information on the capabilities,

roles and connectivity of participating ENSEA research-driven clusters.

Provide Information

  • Analyse strengths and weaknesses of current

approaches to research and innovation,

  • Identify opportunities for improving the
  • verall effectiveness of the system.

Improve effectiveness

  • Identify opportunities for strengthening

the relationships, within and between the clusters, to optimise regional economic development and global competitiveness.

Strengthen Relationships

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ENSEA Initiative: Phase 2

Initiatives to Improve Integration: Definition of a Joint Action Plan

  • Research & Technological Development

(RTD) Roadmap, Innovation & International Strategy Development for each region. Strategic Planning

  • Inter-regional Joint-Action Planning for

Innovation, Smart Specialisation, Internationalisation, RTD and energy cluster development.

Joint-Action Planning

  • Improve links between stakeholders in

the regions, between the regions, and to international partners. Strengthen Relationships

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ENSEA Initiative: Phase 3

Measures towards implementation of a Joint Action Plan

  • Formalise research & Innovation

collaboration around the North Sea regions.

Formalise Collaboration

  • Arrange co-financing to implement activities

within the Joint Action Plan.

  • Facilitate establishment of funding for joint

research and innovation activities.

Establish Funding Sources

  • Initiate an international joint Energy

Academy/ Centre of Excellence to strengthen and support research-driven energy clusters.

Establish Joint Energy Academy

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Hydro power Wind turbines

2014 ENERGY SYSTEM - LOW INTEGRATION

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2020-30+ ENERGY SYSTEM VISION - HIGHER INTEGRATION

Hydro power Wave & tidal power

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ENSEA Strategic Aims

ENERGY SYSTEMS INTEGRATION

2020-30+

HIGH INTEGRATION

2014

LOW INTEGRATION INNOVATION COLLABORATION

(INDUSTRY/ ACADEMIA/ PUBLIC SECTOR) IDENTIFY ROLES REVIEW & IMPROVE ID OPPORTUNITIES REVIEW & IMPROVE FUNDING POLICY EXAMPLES EXPERTISE DATA EXPERIENCE EVIDENCE BASE BENCH-MARKING THE NETHERLANDS GERMANY NORWAY SCOTLAND CHINA ++?? ++?? HORIZON 2020 ++??

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What is the Energy System...?

Energy Pathways convert and deliver energy services at different physical scales:

– End user (individuals, homes, businesses) – Community (campus, communities, cities) – Regional (Local Authority, Country, National, Continental)

Energy Sources

Renewable

Nuclear Fossil

Energy Pathways

Electrical Thermal Fuel

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ENSEA Energy Systems Integration Coverage

Energy Systems Integration for increasing the energy mix and the proportion of Renewables and Low Carbon Energy sources

Energy Systems Integration

Supply (flexibility)

Storage & Conversion

Demand (flexibility)

Grid/ Infrastructure Integration Methods

CCS

Renewable Generation

Boundary Conditions Boundary Conditions

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PRIMARY ENERGY FLOWS IN ENERGY SYSTEM OF EU27 - 2010

Source: Report on EEA website ‘Overview of the European Energy System’ (ENER036, 2013)

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UK ENERGY SYSTEM - ELECTRICITY

Source: Electricity Flow Chart 2009 for the UK. From Department of Energy and Climate Change (DECC) and DECC Digest of United Kingdom Energy Statistics (DUKES).

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DANISH ENERGY SCENARIO FOR 2050

Source: Report ‘IDA Climate Plan 2050 by the Danish Society of Engineers (IDA) (2009)

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Why think about Energy Systems & Whole Systems...?

Interactions and interdependencies of the energy system are increasing:

  • among the pathways
  • across the physical scales of the energy system
  • between the energy systems
  • between other systems (e.g. data & information networks,

economic, innovation, legal, environmental, political).

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ENERGY SYSTEMS INTEGRATION: LEVELS & SCALES

Source: US National Renewable Energy Laboratory Report ‘Energy Systems Integration: A convergence of ideas’ (NREL July, 2012)

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Why Energy Systems Integration...?

Energy Systems Integration (ESI) enables:

  • effective analysis, design, and control of these interactions and

interdependencies along:

– technical, – economic, – regulatory, and – social dimensions.

  • Focus on optimisation of energy systems across multiple

pathways and scales.

  • Better understanding and use of potential co-benefits to:

– increase reliability and performance, – reduce cost, and – Increase sustainability and security.

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Energy Systems Integration Challenges

How do we collaborate to:

  • Balance the future grid, given the substantial increase of

intermittent resources?

  • Develop sufficient new storage technology and capacity?
  • Organise sufficient back-up facilities?
  • Manage demand?
  • Align the various grid systems which connect the various sources
  • f energy supply and demand?
  • Turning the decommissioning challenges into new opportunities

for sustainable energy production and storage?

  • Involve smaller companies in energy transition activity?
  • Organise and develop supporting research, technological

development, and training activity?

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Be part of Scotland’s ENSEA ESI Innovation Network… Thank you!

Energy Technology Partnership Scottish Enterprise

Increasing Innovation & Collaboration in Scotland

Scottish

Renewables

David Butler david.butler@scotent.co.uk Jenny Hogan jhogan@scottishrenewables.com Natasha Madeira natasha.madeira@strath.ac.uk

www.enseascotland.net