Four leading edge demonstrators to jumpstart energy revolution
Managing energy though machine learning and new lithium ion battery storage are among the 4 innovative projects announced last week by Innovate UK, BEIS and UKRI.
The projects are part of the £102.5 million Prospering from the Energy Revolution Challenge that will develop local systems that deliver cleaner, cheaper and more resilient energy.
- The Energy Superhub, Oxford, led by Pivot Power LLP
- ReFLEX Orkney, Orkney, led by the European Marine Energy Centre
- Project Leo (Local Energy Oxfordshire), led by Scottish and Southern Electricity Networks
- Smart Hub SLES, West Sussex, led by Advanced Infrastructure
Oxford Energy research groups are two out of four smart energy systems demonstrator projects funded by the UK Government’s Industrial Strategy Challenge Fund through Innovate UK.
Project Leo (Local Energy Oxfordshire)
This project is led by Scottish and Southern Electricity Networks along with EDF Energy, Nuuve, Open Utility, Origami Energy, Oxford Brookes University, Oxford City Council, Oxfordshire County Council, The Low Carbon Hub C.I.C. and the University of Oxford
Project LEO will show how the very latest in energy innovation can be put together to provide cheaper, cleaner energy for users. LEO will take a Distribution System Operator (DSO) approach to implementing new energy projects across Oxfordshire, facilitating future forecasting and planning. The approach will be to create a local energy marketplace which will enable virtual aggregation of electricity loads, their flexible dispatch and local peer-to-peer trading. A data interface with the DSO will enable better active network management and visibility/forecasting of local constraints. Overall, the project takes a very community centric approach. It has a large portfolio (~90) of low carbon energy projects, which will be used to demonstrate feasibility and provide learning. Priority projects will include a community hydro project, an EV transport hub and heat network proposals.
The university project lead is Professor Malcolm McCulloch in the Energy and Power Group, Dept of Engineering.
Energy SuperHub Oxford
This project is led by Pivot Power LLP with a consortium of Habitat Energy Limited, Kensa, Oxford City Council, RedT Energy and the University of Oxford. The project will involve the installation of the world’s first transmission-connected lithium ion and redox-flow hybrid battery. Other UK sites have already been identified as potential sites for replication. ESO will include a network of 320 ground source heat pumps, targeting social housing and operating with smart controls and community engagement. Cloud hosted and AI powered software will take an algorithmic approach to forecasting, energy demand/supply optimisation, and management of battery degradation.
The university project lead is Professor David Howey in the Energy Storage Systems, Dept of Engineering.
St Antony’s International Review – Call for Abstracts: Climate Change and the Anthropocene
STAIR, St Antony’s International Review (STAIR) at the University of Oxford, is the only peer-reviewed, graduate student-run journal of global affairs at the University of Oxford, and we are currently accepting abstract submissions for our new special issue under the theme Anthropocene: Embodying Climate Breakdown (see attached).
The issue aims to investigate how the Anthropocene is shaping notions of human security, power, agency, justice, and many other factors are shaping the Anthropocene in the face of climate change. This Call for Abstracts is directed to Oxford colleagues, doctoral students, or other groups who might be interested in submitting an article.
The deadline for abstract submissions is 5 May 2019. Please send these to Daniel Waqar, email@example.com
MSc Energy Systems – open to applications for 2019-20 entry
The MSc Energy Systems course brings together academics from across the University, combining excellence with intellectual depth. The first course of its kind in the world, this is a chance for you to study alongside the researchers who make Oxford a globally-recognised leader in this field.
Energy is increasingly key to some of humanity’s biggest challenges, including transitioning to cleaner sources, reaching over 1.3 billion people currently without access to electricity, and maintaining the quality of supply for those who currently do have access.
This fundamental transformation of energy systems calls for a new kind of system thinker, someone who can think across traditional disciplinary boundaries. No other UK university matches Oxford’s strengths across physical and social sciences in this area, and our interdisciplinary research is at the cutting edge. This course explores the social and political, as well as technical, aspects of this area, and you will graduate with the ability to look at the whole picture of energy systems in the modern age and to think innovatively to develop solutions to the problems we face.
Utilising existing relationships to leading industrials such as EDF & National Grid, you will gain first-hand experience of the real-world applications of your studies. This industry-focussed approach will leave you well placed to take up leadership and strategic roles in industry or government.
The 12-month course is delivered through a varied teaching programme, including lectures, workshops, field trips, group work and in-depth topic based electives. It is also available as a part-time course stretching over 2 or 3 years, ideal for students who wish to study while working in industry.
We are looking for ambitious candidates with leadership potential, with the intellectual curiosity and calibre to appreciate the importance of complex technical, societal, economic and political issues that make up the system challenges in energy.
Application deadlines: Friday 25 Jan 2019 and Friday 1 March 2019
Digital solutions could revolutionise the energy sector | Review 7th Oxford Energy Day | 1st October 2018
The 7th Oxford Energy Day ‘Digital Change and Energy’ held on 1 October at the Natural History Museum, University of Oxford, focussed on the interactions between energy and digital solutions. Bringing together leading Oxford researchers and experts from the energy sector, delegates discussed the implications for consumers, networks and markets.
Consumers: There was broad agreement that digital technology enables a range of new services for the consumer and will also allow consumers to contribute to the increasing challenges of system balancing. Smart metering is necessary, but raises issues of data management and privacy. Customer appetite for engagement is currently very mixed in both businesses and households: solar owning “prosumers” already benefit, but vulnerable customers are more difficult to engage,
Networks: Transmission and distribution grids face challenges from a range of new decentralised technologies, some already being deployed. There are major uncertainties about the speed of change. Smart solutions can do a lot to reduce reliance on simply increasing network capacity, but require changes in the operation of networks and the use of new control and storage solutions.
Markets: New market structures are both likely and required. Digital solutions such as distributed ledgers can facilitate decentralised markets, but the value of different business models is both contested and dependent on regulation. Reform of both network charging and retail licensing is likely to be needed.
Programme with keynote and speaker slides and panelists
7th annual Oxford Energy Day | Digital Change and Energy | Programme and slides
Keynote: Laurence Carpanini.
Director Smarter Energy Solutions, Europe at IBM
Session 01: Digital change and energy consumers
Session 02: Digital change and the electricity network
Session 03: Digital change in energy markets and regulation
New UK Centre for Research on Energy Demand announced by EPSRC and ESRC
A new research centre, the UK Centre for Research on Energy Demand (UKCRED), to develop and deliver internationally leading research, focusing on energy demand from a systemic, socio-technical perspective, is announced today by two research councils.
Funded with £19.5 million from the Engineering and Physical Sciences Research Council (EPSRC) and the Economic and Social Research Council (ESRC), it will bring together a world-leading and multi-disciplinary group of researchers and be led by the RCUK Energy Demand Research Champion, Professor Nick Eyre, at the University of Oxford.
They will look to lead whole systems research on energy demand in the UK. They will champion research that is inter-disciplinary and whole systems, focusing on the energy demand aspects of the transition to a secure and affordable low carbon energy system, and the existing excellent single-disciplinary and component-related research.
Professor Eyre said: “The goals of a secure, affordable, low carbon energy system are only achievable if energy demand is reduced, decarbonised and made more flexible. Understanding how these changes can happen is a major inter-disciplinary research challenge.
The UK Centre for Research on Energy Demand gives us a major opportunity to address this challenge, building on existing excellent UK research. We aim to play a leading role in global research, and for the Centre to act as a hub, enabling all UK energy demand research to have more coordinated impact on business and policy decisions.”
The proposed programme of research will have several themes that align well with elements of the Government’s Clean Growth Strategy, especially ‘Improving Business and Industry Efficiency’, ‘Improving our Homes’ and ‘Accelerating the Shift to Low Carbon Transport’.
The Centre involves over 40 academics at 13 institutions across the UK and Professor Eyre will be supported by a team of seven Co-Directors who have a balance of skills, covering the key energy demand sectors – buildings, transport and industry – and a wide range of disciplinary backgrounds.
Collectively they have almost 200 person years of experience in energy demand research, with an emphasis on technology, innovation and systems perspectives. The Co-Directors all have a track record of strong commitment to inter-disciplinary research. They have played leading roles in all the key research council investments in energy demand research, including the UK Energy Research Centre (UKERC) and the End Use Energy Demand (EUED) Centres.
Professor Philip Nelson, EPSRC’s Chief Executive, said: “This new Centre for Research on Energy Demand will play an important role in developing policy and practical innovations that can help the UK address energy demand over the coming decades. The inter-disciplinary nature of the research means we can get a much clearer picture of what needs to be done, both technologically and socially, to bring about change in energy use and demand. The team led by Professor Eyre are of a high calibre and I am confident they will make a big difference to the long term ambitions of the UK to meet its international obligations.”
The UKCRED involves the following institutions:
- University of Oxford
- University of Leeds
- University of Reading
- University College London
- Loughborough University
- Lancaster University
- The University of Manchester
- University of Sussex
- University of Surrey
- London School of Economics
- University of Edinburgh
- University of the West of England
- University of York
The Engineering Department signs five-year agreement with Ørsted to optimise wind turbine foundations
The Engineering Department and renewable energy company Ørsted have signed a five-year research framework agreement to optimise the design of foundation structures for offshore wind turbines.
Continuing to drive down costs is critical for the offshore wind industry. More advanced geotechnical designs for foundations can make a significant impact as the foundations contribute significantly to the overall wind turbine capital costs. Ørsted and the Department of Engineering Science have already collaborated on a range of projects over 10 years, including the recently completed PISA (Pile Soil Analysis) project, leading to significant improvements in the design of offshore wind foundations. The PISA Project won the British Geotechnical Association’s Fleming Award for 2017.
Byron Byrne, Professor of Engineering Science in the Civil and Offshore Engineering Research Group, said: “This exciting new phase of collaboration with Ørsted will put the next generation of offshore wind farms on more secure and cost effective foundations through robust design methods for cyclic loading. This will be challenging but essential if the cost of offshore wind energy is to be further reduced.”
The research under the framework agreement will further develop, extend and embed new geotechnical design ideas into well-defined engineering methods for offshore wind power. The focus will be on cyclic loading, which is an important element of safe design, especially for deeper water and larger turbines.
Cyclic loading is the repeated loading that comes from the action of wind and waves on the structure, as well as the operation of the turbine. The research activities will deliver new design methods to address this cyclic loading, through doctoral and post-doctoral research projects, including on theoretical development, soil laboratory testing and medium scale field tests.
Christina Aabo, Head of R&D at Ørsted Wind Power, said: “We are excited about this agreement with the University of Oxford, a world leading institution, which will help us better understand how we can optimise the design of wind turbine foundations. This partnership will enable us to further mature our foundation designs to support even bigger turbines in even deeper waters, lowering costs and risk level at the same time.”
Oxford University Innovation launches Oxford Sustainable Fuels
Oxford University Innovation is launching Oxford Sustainable Fuels (OSF), a new spinout company founded on technology that can turn waste from plastic, tyres and biomass into high quality transportation fuels and chemicals.
The rate of global plastic production has exploded in recent years, with the total amount of plastic produced annually now roughly the same as the entire weight of humanity. Today, less than 10% of plastic is recycled due to complexity of sorting, separating and cleaning for the recycling process. The mass of plastic waste continues to build at an alarming rate in the global environment, polluting our oceans and entering the food chain.
OSF, underpinned by research conducted at the University, plans to reduce the environmental impact of plastics by providing a low energy process to convert it and other solid hydrocarbon waste material into high quality transportation fuels. As its starting point, the company will utilise pyrolysis, a technology that thermally decomposes plastics in absence of oxygen and transforms them into an oil-like substance known as pyrolysis oil.
To date, pyrolysis oil itself has found few uses. However, Dr Tiancun Xiao, Prof Peter Edwards and Dr Zhaoxi Zhang from Oxford University’s Department of Inorganic Chemistry have discovered highly efficient methods to purify and upgrade this material to gasoline, diesel and jet fuels. OSF will capitalise on their technology by improving the commercial viability of pyrolysis as a waste management method, creating valuable products from material that would otherwise been disposed of through landfill and incineration, or end up polluting our oceans.
Significantly for the fight against pollution, the OSF process is able to handle mixed plastic and thus negates the need for sorting and separation, and will be complementary to current recycling methods in the effort to eliminate waste.
The Oxford-based company, which was spun out from the University by Oxford University Innovation, the institution’s research commercialisation arm, has raised £1m in seed investment from the investment arm of GEM, a Shenzhen-based waste recycling firm. This seed investment will be used to develop and scale up the technology to a pre-pilot plant scale. The company plans to have begun deploying its technology against plastic waste within five years.
Dr Tiancun Xiao, CEO of Oxford Sustainable Fuels, said: “It is our aim to become a key element of the circular economy by enabling the economic transformation of waste to valuable and needed products. To be a part of the solution in helping our global and local environment is a huge motivation for us. We believe this to be a key element in the fight against plastic in the oceans by turning waste into a valued raw material.”
Professor Peter Edwards, Statutory Chair in Inorganic Chemistry and co-founder of OSF, stated: “What’s important about OSF is that it is founded on new ways of thinking about plastic waste as a global resource for responsible recycling. My generation of chemists have spent their careers focussing on making plastics more efficiently, with better properties, but now we must turn our attention to dealing with the legacy of plastic waste material.”
Dr Kaihua Xu, President of GEM, said: “The OSF team from Oxford have developed a pyrolysis oil upgrading technology that not only solves the problem of organic waste but also provides renewable energy for the future. We are delighted to have the opportunity to invest in this project and provide all possible support for development and promotion. GEM is an advocate and practitioner of circular economy in the world, Oxford University is the best University in the world. We firmly believe that the collaboration between China’s outstanding environmental protection enterprise GEM and the team from Oxford University will surely create positive chemistry and contribute to the development of the world’s green industries.”
Oxford to have key role in multi-million pound energy storage research
Oxford University is to be a key player in an extensive new activity supporting the development of next-generation batteries.
A team of the UK’s leading battery experts from universities across the UK will contribute to the work which will be enabled by £42 million funding provided by the independent national battery research facility, the Faraday Institution.
Announced today at the Royal Society conference on energy storage for automotive and grids, the work will encompass four initial projects, focused respectively on solid-state electrodes, battery modelling, degradation, and recycling.
Professor Peter Bruce, FRS, FRSE, Wolfson Professor of Materials in Oxford’s Department of Materials, will lead the work on developing solid-state metal-anode batteries while scientists from both Oxford’s Department of Engineering Science and Mathematical Institute will work closely with Imperial College London on investigations into the multi-scale modelling of batteries.
Changes to the organisation of the Oxford Energy Network
As some of you will know, Professor Sir Chris Llewellyn Smith has stepped down from his role as Director of Energy for the University, and therefore as network convenor, after 7 years. Chris has made huge steps forward in the way we collaborate on, and publicise, energy research in Oxford. He will be a difficult act to follow, but we are going to try.
Chris’s role has been taken on by Nick Eyre, who many of you will know. Details of Nick’s research interests can be found here. And I have recently taken over the co-ordination of the Oxford Energy Network. The primary role of the network is to communicate across the twelve segments of the network.
In the short term, at least, we are going to aim to maintain the forms of interaction Chris has established – namely the Oxford Energy network website, a weekly Energy Colloquium, periodic meetings for the policy community, drawing on Oxford research insights, and an annual Energy Day. We have already begun to put plans in place, with the support of a Steering group for the network drawn from most of the departments undertaking energy-related research.
We are also keen to support funding applications wherever we can, by providing a “pathway to impact”, and making links to other relevant researchers. Nick and I aim to visit every department in the network this year to discuss priorities. In the meantime, if you have a funding proposal where OEN may be able to assist with an interdisciplinary collaboration, please get in touch with me.
We have been asked to report to the University on funding activity connected to OEN, and therefore are beginning to track successful energy research applications in the university, and would be pleased to hear from Network members about any such activity which may have been assisted by the network, and about energy research proposals submitted or announced in Michaelmas Term 2017. It would be appreciated if you could let me have this as soon as possible as we have been asked to submit this report in W2HT.
The network website is the main ‘window to the world’ on energy research in Oxford and we will try to capture all significant developments. If you have any new projects or information, which I can add to the website, this would be appreciated.
Anne L Ryan
Oxford Photovoltaics to receive EU finance
Oxford Photovoltaics Germany GmbH, a subsidiary of Oxford PV, has announced they have received an EU bank financing of €15 million, to support the transfer of its perovskite on silicon tandem solar cell technology from lab scale to commercialisation.
The European Investment Bank (EIB) funding, awarded to Oxford PV Germany GmbH, is the first financing in Germany under the InnovFin – EU Finance for Innovators’ Energy Demonstrator Projects’, with the financial backing of the European Union under Horizon 2010 Financial Instruments – aimed at supporting European innovators such as Oxford PV, tackling tomorrow’s challenges and supporting climate action.
Source: Oxford Photovoltaics
Young Energy Professionals Forum – the YEP forum
Energy UK’s Young Energy Professionals Forum, sponsored by CGI, drives the development of young people across the whole industry. The network provides opportunities to collaborate, improve and recognise success through topical events, access to industry leaders and site visits. Our membership has grown beyond 1450, spanning 270 different companies.
This prospectus brings together just a small snapshot of the huge breadth of jobs that are available in the energy industry today. There are of course many more jobs out there across the supply chain, with a huge selection of exciting opportunities! The possibilities across the energy industry are vast, so do your research and be amazed by the variety of companies and roles you can go into.
Read more here
2 Oct: Energy in Growing Economies
Oxford Energy Day
2 October 2017, Maths Institute
According to BP’s 2017 Energy Outlook, energy use in non-OECD countries is expected to increase by some 50% and make up over two-thirds of global energy consumption by 2035. This is lifting billions out of poverty, and underwriting the achievement of the millennium goals. How this increase is achieved, and whether it can be accelerated, is not only of interest for OECD countries. Opportunities to develop new models for providing energy uninhibited by existing infrastructure may provide lessons for others.
This event will bring together international speakers to discuss challenges and opportunities for growing economies.
2016/17 New Energy Systems Thinkers programme announced
This term the Energy Network is running a series of introductory lectures on energy issues at the Oxford Martin School. The talks are aimed at postgraduate students but they are open to the wider University community. Topics covered include: energy and development, the carbon problem, energy economics, wind and tidal power and storage. For more information on the talks visit the New Energy Systems Thinkers (NEST) website. Register to attend the talks here.