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ABOUT US

VISION


To demonstrate and prove low cost, low carbon, thermal energy networks integrating with electricity and other utilities networks to form flexible and highly efficient smart grids. Transform energy supply and distribution by combining intermittent renewable and waste energy resources with multi-scale thermal and electrical storage, together to provide affordable, secure, and sustainable energy to consumers.

Universities
The project has been undertaken collaboratively by research teams with appropriate and complementary expertise from four UK Universities:

University of Warwick

Warwick School of Engineering has provided experience and knowledge of heat pump technology, thermal storage, solar thermal energy, and energy transformation technologies;
Warwick Business School has contributed with new and novel energy trading strategies and experience of business models in the energy market, as well as reducing energy demand through behavioural change.

Mobirise


Loughborough University

Loughborough University has provided its expertise in multi-scale thermal storage systems, solar thermal collectors, design of energy efficient products, and consumer interaction research.

Mobirise


Ulster University

Ulster University has provided experience and knowledge of novel high temperature heat pump technologies, demand side management, and integration of renewable energy and energy storage, together with flexibility within energy electricity markets.


London South Bank University

London South Bank University has expertise in evaluating impacts of new technologies e.g. using its SIRACH academic-industry networking group, as well as experience in energy storage using cooling, waste heat recovery technologies, and district energy network solutions.

The project team consisted of principal and co-investigators, postdoctoral research fellows and assistants, postgraduates and PhD students. 

Management Committee

The Principal and Co-Investigators lead and managed the overall project through regular meetings of a Management Committee.

Bob leads Warwick Sustainable Thermal Energy Technologies research group at the University of Warwick. His research focuses on sorption systems that can be used for heat driven heat pumps or cooling devices. Other sorption applications include heat transformers and thermochemical heat stores.

Professor Bob Critoph
University of Warwick
Director

Philip Eames was Professor of Renewable Energy and Director of the Centre for Renewable Energy Systems Technology (CREST). His research focused on various aspects of renewable energy systems, energy in buildings, and thermal energy storage.

Professor Phil Eames
Loughborough University
Deputy Director

David is the Academic Director of the Warwick Global Energy MBA in WBS. He is interested in how the structure of the global energy industry is changing, how new business models are finding success and how management practices are changing.

Professor David Elmes
Warwick Business School

Victoria is a Professor of User Centred Design and co-leads the Design for Future Living Lab at Loughborough University. Her research focuses on how people interact with their environment and the products and services they use, particularly in the domestic energy field.

Professor Victoria Haines
Loughborough University

Neil Hewitt is a Professor of Energy and is the Director of the Centre for Sustainable Technologies at Ulster University. He is a member of the Institute of Physics, Institute of Refrigeration and the Energy Institute.

Professor Neil Hewitt
Ulster University

Graeme is a Professor at London South Bank University with over 30 years of experience in refrigeration, air conditioning and heat pumps. He leads LSBU's Heating and Cooling Group and is also an Advisor to Mission Innovation challenge IC#7 on affordable heating and cooling of buildings.

Professor Graeme Maidment
London South Bank University

Dr Ming Huang is a Professor in Renewable Energy. Her principal research areas include Phase Change Material for thermal energy storage, building integrated photovoltaics, solar energy thermal applications, heat pumps, underfloor heating, numerical modelling and CFD.

Pforessor Ming Huang
Ulster University

Stan is a Reader of Sustainable Energy Systems at the University of Warwick. His work is based around engineering systems for efficient use of low to medium temperature heat.

Dr Stan Shire
University of Warwick
Advisory Board

The Advisory Board of the project consisted of a range of members drawn from industry and trade organisations, not involved directly in the project, but with particular interest in the research undertaken within the project, due to its relevance and potential impact on their own activities and areas of expertise. These members met every 6 months to review the work undertaken and provided comments and advice with regard to how they believed the work had to be developed.

Members of the Advisory Board comprised:

Equality, Diversity, and Inclusion

We aimed to foster an inclusive culture within LoT-NET, which promoted equality, valued diversity, and maintained a working and social environment in which the rights and dignity of all our staff, students, partners, and stakeholders were respected.

The members of the LoT-NET ED&I were Prof Neil Hewitt, Prof Vicky Haines, Prof Ming Huang, Dr Henrique Lagoeiro, and Dr Angeles Rivero Pacho.

Find out more about our Equality, Diversity & Inclusion (ED&I) initiatives:

 

ED&I plan

Page contact: Angeles Rivero Pacho

LoT-NET is funded by EPSRC/UKRI under grant agreement EP/R045496/1
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