Opportunities For Ireland In A Low Carbon Economy – Our 2050
Title: Opportunities For Ireland In A Low Carbon Economy – Our 2050
Start Year: 2015
End Year: 2018
Funding Body: NTR Foundation & SFI
Research Area: Energy Policy and Modelling
Key Contact: Dr Fionn Rogan
Researchers in UCC have established unique energy modelling capabilities over the past fifteen years in Ireland. This has been used to strengthen (i) the knowledge base underpinning Ireland’s energy and climate policy and (ii) Ireland’s negotiating position within the European Union on energy policy and climate mitigation targets. This project – Our 2050 – Opportunities for Ireland In A Low Carbon Economy – adds significant value to this capacity by building an ambitious new strand of research expertise in Ireland on the economic opportunities arising from the transition to a low carbon economy. The project research team is a multi-disciplinary collaboration between researchers in the Energy Policy and Modelling Group, the Intelligent Efficiency Research Group, and the Department of Management and Marketing. The project is providing a bridge between information generation and entrepreneurial business activity.
The research is:
exploring low carbon energy futures for Ireland with an emphasis on resilience in a large number of scenarios of varying ambition, risk and cost
identifying technology opportunities for entrepreneurs in Ireland over the next 35 years arising from a low carbon energy future
assessing in detail the value chain for these opportunities in order to determine genuine win-wins for Ireland
developing an innovation system to enable delivery of these opportunities.
The research content of the project consists of four work packages as shown below.
The research output of each WP will inform, and be informed by, the other WPs. For example, outputs from the WP1 on particular technology scenarios are being used in WP2 for a more detailed engineering analysis; outputs on particular technologies from WP1 and WP2 are being used in WP3 for a more detailed economic analysis of the value chain of the particular technology; and outputs from WP1-WP3 are being used for the innovation system policy analysis in WP4. There will be extensive feedback across all the WPs, with preliminary results from WP3 & WP4 being used to refine analysis in WP1 & WP2.
Energy System Analysis – WP1 Description
WP1 is using a suite of energy systems modelling tools to examine the trajectory, developments and changes within Ireland’s energy system (electricity, heat and transport) for the period out to 2050. Multiple scenarios are being developed to examine different configurations of the Irish energy system under various constraints of cost, security, risk and environmental impact. The suite of energy system modelling tools will be able to examine the overall performance of the energy system (in terms of system cost) for differing levels of GHG mitigation ambition (e.g. 60% reduction, 80% reduction, etc.); the tools will also be able to answer detailed questions of reliability and affordability for various parts of the energy system such as energy supply, energy carriers and energy demand-side.
By examining how key technologies perform in multiple scenarios, the WP will help to understand to what extent is there a trade-off between various constraints (e.g. security vs. cost) and what technologies are most robust under a wide range of input assumptions. For example, what is the role for bioenergy in various scenarios and what would be the implications of constrained biofuel imports? What would be the impact of varying timing and trajectory of wind energy deployment and how does wind interact with other technologies within the energy system, e.g. wind vs. gas. The suite of energy systems modelling tools will be able to look outside the electricity sector (which currently accounts for approximately 20% of our energy needs) to examine questions such as what technologies will fuel our future transport needs? What will heat our homes and other buildings? What will be the extent of energy efficiency in buildings and how will it be achieved?
Technology Opportunity Analysis – WP2 Description
The results of the scenario analysis from WP1 are being used to conduct an in-depth exploration of the low carbon energy technology opportunities arising within the full pipeline of energy supply side, energy carriers, energy end-use and demand side. This WP is examining technology opportunities in all energy-using sectors of the economy: industry, services, residential, transport and electricity generation. This WP is using a multi-criteria assessment to examine technologies according to criteria such as feasibility, co-benefits, sustainability, security, etc. This WP will include extensive engagement with researchers dedicated to particular technologies (e.g. wave energy, Power to Gas, Big Data) in order to understand the full role these technologies could have in Ireland’s energy future.
Value Chain Analysis – WP3 Description
To fully understand and appreciate the economic implications and opportunities of a transition to a low-carbon energy system, the low carbon technologies examined in WP2 and WP3, are being subject to a value-chain analysis whereby each component part of the technology is analysed for its economic contribution and value. Taking wind energy (a relatively mature technology) as an example, there are opportunities arising within the materials & components value chain, and the installation and consultancy value chain areas. For marine renewable energy, a value chain analysis might suggest more benefits from the R&D value chain, such as patents and intellectual property. This analysis is examining the full spectrum of opportunities arising from technologies being developed in Ireland and that the modelling analysis shows can have a role in a low carbon energy system.
Innovation System Analysis – WP4 Description
This WP is going beyond merely identifying opportunities, but is contributing to helping to deliver on these opportunities, through development of an innovation system, which incorporates both technical engineering and business innovation insights. Building on on-going work characterising Ireland’s current low carbon innovation system, this work is using the innovation system framework to analyse the optimal technology-push conditions and market-pull dynamics that help maximise low carbon technology development, roll-out, take-up and diffusion. The research will show how the innovation system can identify and overcome barriers, e.g. through appropriate policy supports and market structures. The innovation system model will help explore the full implications that low carbon technology opportunities have on the wider economy such as the impact of R&D, improved energy security, development of indigenous resources, improved environmental performance, etc. The Cleantech Innovation Index 2012 stated that Ireland “is not bringing many technologies all the way from R&D to the market”
Identifying and enabling the opportunities in the transition to a low carbon energy future requires a critical mass of trained researchers, a big picture perspective and micro level detail, appropriately developed tools and a combination of ambitious research and engagement with industry, finance and business. The project will be undertaken by a multi-disciplinary team of researchers and academic staff with a diverse range of skill-sets, academic training and affiliations. The full team are shown below.
Gallagher C., Bruton K., O’Sullivan D.T.J., Utilising the cross industry standard process for data mining to reduce uncertainty in the measurement and verification of energy savings, in: Lecture Notes in Computer Science Vol 9714, Springer International Publishing, 2016: pp. 48–58. doi: 10.1007/978-3-319-40973-3_5
Rogan F., Bolger P., Ó Gallachóir B. 2016 Meta-analysis Of Energy Innovation System of 39 Countries Proc British Institute of Energy Economics 11th Annual Conference 2016, September 22-23, 2016, Oxford, UK
Gallagher C., Bruton K., Leahy K., O’Sullivan D.T.J. 2017 TheSuitability Of Machine Learning To Minimize Uncertainty In The Measurement And Verification Of Energy Savings (in review)
Yue X., Rogan F., Pye S., DeCarolis J. Li F., Ó Gallachóir B. A Review of Approaches to Uncertainty
Assessment in Energy System Models
Delivand M.K., Cahill C., Llop M., Rogan F., Ó Gallachóir B An input-output substitution analysis for the environmental and economic impacts of renewable electricity in the Irish economy’
Bailey C.K., Rogan F., Dooley L., Ó Gallachóir B. Push and Pull Development Factors of Irish Wind Energy – A Functional Analysis
Elia A., Fionn R., Ó Gallachoir B. Techniques for modelling technology learning in energy system models
Elia, A. Chiodi. , Rogan F., Ó Gallachoir B. Ocean Energy scenarios for Ireland in 2050: a techno-economic feasibility analysis
Fadiran G., Rogan F., Ó Gallachoir B. Review of agent-based model applications towards transport technology
Fadiran G., Rogan F., Ó Gallachoir B. Value chain understanding of macroeconomic functions with agent based actors
Fadiran G., Rogan F., Ó Gallachoir B. Review of natural gas opportunity and the path to biogas for transportation in Ireland
Hughes I., Rogan F., Ó Gallachoir B. Renewable Electricity is Not Enough
Hughes I., Rogan F., Ó Gallachoir B. Mapping Policy Instruments for Ireland’s Energy Transition
Hughes I., Rogan F., Ó Gallachoir B. Energy Transitions Briefing – Innovation for Energy System Transitions
Rogan F., Ó Gallachóir B. Opportunities for Ireland in a Low Carbon Economy – Our 2050 Presentation to Minister of State for Training, Skills and Innovation, Feb 17th 2017, Cork, Ireland
Rogan F., Ó Gallachóir B. Future of Ireland’s Energy Policy and Challenges of Decarbonisation, EirGrid Annual Conference, 26th January 2017, Dublin, Ireland
Rogan F., Elia A., Ó Gallachóir B. Modelling Investment in R&D – Will Mission Innovation Make A Difference? IEA-ETSAP Workshop on Energy Modelling and Application, 14th December 2016 Tokyo, Japan
Rogan F. Opportunities for Ireland in a Low Carbon Economy – Our 2050, Energy Cork Innovation in the Energy Sector Conference November 25th 2016, Cork, Ireland
Gallagher C., Utilising the Cross Industry Standard Process for Data Mining to Reduce Uncertainty in the Measurement and Verification of Energy Savings. First International Conference on Data Mining and Big Data 2016, Bali, 25th-30th June 2016
Rogan F., 2050 Emission Reduction Targets: How Far Can Existing Technologies Get Us? ESRI-UCC Research Seminar, June 7th 2016, Dublin Ireland
Yue X., Techniques for Running Large Numbers of Scenarios in TIMES, ETSAP Workshop, May 30, 2016, Cork, Ireland
Yue X., Sensitivity Analysis of Irish TIMES Scenarios using Monte Carlo Simulations, MaREI Symposium, 5-6 May 2016, NUI Galway, Ireland
Bailey C., Lessons Learned from Wind Energy Development in Ireland, MaREI Symposium, Galway, 5-6 May 2016
Gallagher C., Data Analytics Applied to the Measurement and Verification of Energy Savings. MaREI Symposium, Galway, 5th/6th May 2016
Elia A., Modelling the innovation needs and value chains of Ireland’s energy transition, MaREI Symposium, Galway, 5th/6th May 2016
Fadiran G., Rogan F., Ó Gallachoir B. How do we stimulate industry technology investment? – Views from Agent Based Model, MaREI Scientific Advisory Committee, Cork, 15th December 2016
Elia A., Rogan F., Ó Gallachoir B. Economics of Ocean & Marine Renewable Energy, Scientific Advisory Committee Meeting, 15th December 2016
Delivand M.K., Cahill C., Llop M., Rogan F., Ó Gallachóir B. Intensities of decomposed economic-ecological indicators in Irish economy- a subsystem input-output analysis, 1st International Conference on Energy Research and Social Science, April 2-5th 2017, Spain
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We currently have an industry survey on energy innovation in Ireland open. Please help us learn more about this important area by completing the survey here.
An online version of some of our early results is available to view here.
We hosted a mid-project event in Wilton House, SFI Offices, Dublin on June 22nd 2017.
The event will presented and shared:
preliminary findings on opportunities for Ireland in a low carbon economy
analysis on the impacts of the economy of increased renewable electricity
lessons for wind energy,
innovation needs for ocean energy,
potential for energy efficiency in industry,
biogas in freight, and more
the implications of increased levels of decarbonisation ambition in 2050
an online app with preliminary results that can be further explored
The event agenda (here) and event flyer (here) can be viewed online.
An report summarising the presentations and audience from the day can be viewed here.