Steven Firth

  • LoLo students presenting at the Building Simulation and Optimisation Conference in Cambridge

    Giorgos Petrou and Duncan Grassie (UCL cohort), Matej Gustin, Kostas Chasapis and Charalampos Angelopoulos (Loughborough) presented their papers at last week’s…

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  • W3LP1 – Summertime temperatures in UK homes

    Summertime temperatures in UK homes Arash Beizaee, Loughborough University This project has has been published in the Journal of Building…

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  • W2LP7 – Technical and policy challenges of wide-scale integration of PV systems into UK homes

    Technical and policy challenges of wide-scale integration of PV systems into UK homes Joynal Abedin, Loughborough University   Joynal Abedin…

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  • W2LP3 – Delivering energy efficiency in the UK through Domestic Energy Service Companies (DESCOs)

    Delivering energy efficiency in the UK through Domestic Energy Service Companies (DESCOs) Charlie Morris-Marsham, UCL Research Questions: What are the…

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  • W4LP7 – Prediction of the Summertime Overheating Risk in UK Homes Using Descriptive Time Series Analysis

    Prediction of the Summertime Overheating Risk in UK Homes Using Descriptive Time Series Analysis Argyris Oraiopoulos, Loughborough University Introduction This…

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  • W2LP15 – Domestic Thermal Energy Storage: A study of the present and future benefits and impacts

    Domestic Thermal Energy Storage: A study of the present and future benefits and impacts Joynal Abedin, Loughborough Introduction Reducing our…

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  • W5LP3 – Reducing the Operation Performance Gap – improving building simulation tools through data-driven and real-time approaches

    Reducing the Operation Performance Gap – improving building simulation tools through data-driven and real-time approaches George Papachristou, Loughborough University Project…

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  • W4LP10 – Shifting the timing of energy demand: Developing a novel modelling framework to quantify the demand response potential of domestic appliances in UK homes

    Shifting the timing of energy demand: Developing a novel modelling framework to quantify the demand response potential of domestic appliances…

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