This initiative aims to accelerate the nation's transition to a clean and secure energy future by supporting a diverse range of research endeavours.
Trinity College Dublin's Leadership in Energy Research
The Trinity College Dublin School of Engineering is proud to lead four of these innovative projects:
GEODYN: Geotechnical Dynamic Analysis for Offshore Wind:
Led by Dr. David Igoe and co-led by Dr. Breiffni Fitzgerald, this project focuses on enhancing the understanding of offshore wind turbine foundations through advanced testing of the Irish seabed. The research aims to improve the design and stability of these structures, contributing to the efficiency and reliability of offshore wind energy.
URBAN-GeoHeat: Assessing the Potential of Subsurface Structures for Renewable District Heating and Cooling Systems in Ireland
Under the leadership of Dr. Patrick Morrisey, with co-leads Prof. Sarah McCormack and Prof. Laurence Gill, this study investigates the feasibility of utilising underground structures, such as basements and piles, to provide heating and cooling solutions for urban developments. By integrating geothermal energy recovery into new constructions, the project aims to offer cost-effective and sustainable heating alternatives.
HARMONIC-AI: Harmonic Management with AI for Networks to Enhance EV Charging and Grid-Tied Micro-Generation
Dr. Shreejith Shanker leads this project, with co-lead Prof. Biswajit Basu, aiming to address stability concerns arising from the widespread adoption of solar photovoltaic systems and electric vehicle (EV) charging. The research focuses on developing low-power, efficient AI models to predict the impact of renewable generation and dynamic EV charging, leading to the creation of an automated smart controller for optimised energy flow without costly infrastructure upgrades.
Enhancing Energy Efficiency and Resource Recovery through Multi-Objective Optimization of Wastewater Treatment Plant Operations
Led by Dr. Mohammad Reza Ghaani, with co-leads Prof. Laurence Gill, Prof. Paul Coughlan (Trinity Business School), and Dr. Neda Sheikh Rezazadeh Nikou, this project explores innovative approaches to make wastewater treatment plants more efficient and environmentally friendly. By treating wastewater as a valuable resource, the research aims to help plants generate their own clean energy, reduce air pollution, and lower operating costs.
Collaboration with Other Universities on Sustainable Transportation
Additionally, Prof. Brian Caulfield is collaborating with University College Dublin and the University of Limerick on the €1.2 million BL3W (Bike Library 3 Workplaces) project. This initiative builds upon previous research to examine the potential of loaning electric bikes to commuters, aiming to reduce emissions and promote sustainable transportation alternatives.
Gratitude to Co-Funding Partners
The School of Engineering extends its gratitude to the Sustainable Energy Authority of Ireland and its co-funding partners—the National Parks and Wildlife Service, Department of Agriculture, Food and the Marine, Marine Institute, and Geological Survey Ireland—for their invaluable support. These collaborations are instrumental in advancing research that addresses critical energy challenges and contributes to Ireland's sustainable future.
Commitment to Sustainable Energy Solutions
Professor Alan O'Connor, Head of the School of Engineering, remarked: "We are immensely proud of our researchers whose groundbreaking work has been recognised and supported by the SEAI. These projects exemplify our commitment to pioneering solutions that drive sustainable energy practices and address pressing environmental challenges. The support from SEAI and its partners is a testament to the importance of collaborative efforts in achieving a cleaner and more sustainable future."
These achievements underscore the School of Engineering's dedication to excellence in research and its pivotal role in shaping a sustainable energy landscape for Ireland and beyond. The Sustainable Energy Authority of Ireland continues to be a key driver of these efforts towards a cleaner, more secure, and sustainable energy future.
