Mark Gillott
 
                            Architecture and Built Environment                                                        
The University of Nottingham
                                                        United Kingdom
                        
Biography
Mark Gillott is a Professor of Sustainable Building Design and member of the Architecture, Energy and Environment research group, with over 20 years' experience in low carbon sustainable energy technologies and sustainable building design. He is the research and project manager for the multi-award winning Creative Energy Homes low/zero carbon housing project, which incorporates an electricity micro-grid which utilises community energy stores and demand side management technologies.
Research Interest
Prof Gillott was an investigator on a long list of research projects, including three 'Transforming Energy Demand through Digital Innovation, TEDDI' EPSRC research projects (Wi-Be, C-AWARE and Multiscale Modelling to maximise Demand Side Management). He was the principal investigator on the E.ON International Research Initiative Project 'SWITCH - Smart Wireless Integrated Technology Control in Homes' which investigated consumer acceptance, appliance/behaviour modelling and demand-side management scenarios utilising smart home controls. He has undertaken further building/community energy management research through his role as an investigator on the E.ON funded 'Second Life Vehicle Battery Utilisation for Community Energy Storage' project and the Innovate UK funded projects ASSEMBLE and EMPower. He has extensive experience in the monitoring and evaluation of buildings (e.g. Technology Strategy Board Performance Evaluation of Buildings Programme 'Green Street' project). He is currently an investigator on several projects, including the EU H2020 Project SENSIBLE, Storage-Enabled Sustainable Energy for Buildings and Communities, on the EU funded 'Transitioning towards Urban Resilience and Sustainability' TURAS, on the Innovate UK funded Project SCENe (Sustainable Community Energy Networks), the ETI funded SCENIC.
Publications
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GILLOTT MC, LOVEDAY DL, WHITE J, WOOD CJ, CHMUTINA K, VADODARIA K. Improving the airtightness in an existing UK dwelling: The challenges, the measures and their effectiveness BUILDING AND ENVIRONMENT. 95, 227-239 .(2016).
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WHITE J, GILLOTT MC, WOOD CJ, LOVEDAY DL, VADODARIA K. Performance evaluation of a mechanically ventilated heat recovery (MVHR) system as part of a series of UK residential energy retrofit measures ENERGY AND BUILDINGS. 110, 220-228 .(2016).
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PARRA D, NORMAN SA, WALKER GS, GILLOTT. Optimum community energy storage for renewable energy and demand load management: Applied Energy Applied Energy. 200, 358-369 .(2017).