Workshop: AI for Energy Networks

16th January – University of Bath (in-person)

 

Motivation: 

The transition to net zero is driving a rapid transformation of the energy sector, driven by renewable generation, low carbon technologies, and data and digitalisation. Energy networks play a vital role in our energy systems by transporting energy through time and space from generation to consumption. The transformation of the energy sector comes with emerging opportunities and threats that directly impact energy networks. This workshop will explore the role AI technologies could play in this transition, for example by enhancing grid resilience, optimising asset management, and improving forecasting accuracy. 

Aims: 

By bringing together experts from across Energy Networks and AI to share knowledge and discuss challenges together, this workshop aims to: 

  • Build a community of Energy Networks and AI experts. 
  • Define promising challenges in Energy Networks that can be addressed with existing AI techniques. 
  • Identify gaps in existing AI capabilities required to unlock future high-impact applications in Energy Networks. 

Objectives: 

This workshop will identify promising challenges in Energy Networks, and assess their suitability for AI approaches, informing the longer-term AI for Energy Networks research agenda. 

 

The discussions and output of this workshop will inform a position paper addressing: 

  • Current AI approaches and existing applications to Energy Networks. 
  • Problems in Energy Networks that could be addressed with current AI tools. 
  • Gaps in current AI capabilities that would open-up more problems in Energy Networks. 

30.09.2025

ECR Travel Funding

Blog

Supported through the ECR Travel Fund, Dr Alicia Terrero Gonzalez recently attended the DINAME conference, organised biennially by the Committee of Dynamics of ABCM, the Brazilian Society of Mechanical Sciences and Engineering

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30.09.2025

ECR Travel Fund Opportunity

Blog

Supported through the ECR Travel Fund, Dr Dimitri Costa (Research Fellow at the University of Aberdeen) recently attended the prestigious International Conference on Vibration Problems and International Conference of Wave Mechanics and Vibrations ICOVP/WMVC 2025.

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12.09.2025

Flexible Funding Awarded

Featured News

We are delighted to announce two recently awarded projects through our New Entrant to Energy Networks Flexible Funding.

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10.09.2025

Power networks experts call for speedier connection of renewables to deliver Net Zero and AI goals

Event Featured News Publication

World-leading energy networks experts call for renewable power generation facilities to be connected to the UK grid more quickly at a conference in Bath this week.

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28.05.2025

Energy Networks, Justice & Vulnerability

Blog

Achieving government goals will require expanding some energy networks (electricity and heat in particular), while scaling down or changing the use of others (gas).
Blog post by Sheridan Few, Richard Oduro, Peter Taylor, Lucie Middlemiss & Caitlin Robinson

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28.05.2025

DC Microgrids in Remote Communities

Blog

Blog: Off-the-shelf solar home system equipment to build resilient direct current microgrids for off-grid, remote communities in the Amazon rainforest
Dr Sam Williamson recent trip to Ilha do Pacoca in the Amazon rainforest.

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28.05.2025

Energy Network Solutions for Net Zero Whole System Futures

Blog

Supergen Energy Network Impact Hub is taking a mission approach to solving energy network challenges.
Dr Daniel Carr arranged an internal workshop to further develop research questions and work that can be completed in this area

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9.05.2025

Furong Li appointed Research Chair by the Royal Academy of Engineering

Featured News

Phil Taylor elected Fellow of the Royal Academy of Engineering

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2.04.2025

Clearing the Barriers to Heat Networks and Net Zero

Featured News

Heat networks are widely recognised as vital to achieving net zero. In cities they will often be the cheapest form of low carbon heating over the long term because they are efficient and can exploit many different sources of waste and ambient heat

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