Investigating energy saving performance interdependencies with retrofit triple vacuum glazing for use in UK dwelling with solid walls, Sustainable Development on Building and Environment

Conference item

Memon, S (2015). Investigating energy saving performance interdependencies with retrofit triple vacuum glazing for use in UK dwelling with solid walls, Sustainable Development on Building and Environment. Sustainable Development on Building and Environment: Proceedings of the 7th International Conference,. Reading, UK 28 Jul 2015 London South Bank University.
AuthorsMemon, S
Abstract

Space-heating loss through the windows of solid wall dwellings is one of the factors contributing to high energy consumption. Despite of significant achievements in the vacuum glazing science a practical benefit of retrofitting triple vacuum glazing to consumers in terms of energy saving is unclear, partly due to which it poses challenges in bringing vacuum glazing technology in the UK market for mass production. This research forms a part of novel contribution in vacuum glazing science presenting the refurbishment technology of an experimentally achievable thermal performance of triple vacuum glazing to existing UK solid wall dwelling by investigating inter-dependent performance of triple vacuum glazing on to the solid wall insulation, in comparison to triple air-filled glazing. Dynamic thermal modelling and steady state analyses were carried out. From the transient model simulations, an annual space-heating load input to an un-insulated solid wall house retrofitted with triple air-filled glazed windows and triple vacuum glazed windows were predicted to be 23883.6 kWh (84.92%) and 23320.5 kWh (84.47%). With a similar comparison but to an externally insulated solid walls, the heat load inputs were predicted to be 10995.7 kWh (72.18%) and 10309.1 kWh (70.63%). The steady-state heat loss calculations indicated the percentage of heat loss reduction, when replacing triple air-filled glazed windows to triple vacuum glazed windows, to be approximately 1.58% for un-insulated solid walls and 3.02% for an externally insulated solid walls. It was shown that retrofitting existing solid wall houses are essential for not only to reduce space-heating energy requirements but it also signifies clear advantages of retrofitting triple vacuum glazing’s into a house. A more realistic approach have to be further explored when these result will be compared with the experimental results of space-heating performance when replacing triple air-filled glazed windows to triple vacuum glazed windows.

Keywordstriple vacuum glazing; space-heating energy; solid wall dwelling; energy saving
Year2015
PublisherLondon South Bank University
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Print28 Jul 2015
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Deposited31 Jan 2017
Accepted28 Jul 2015
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Thermal Conductivity Measurement of Vacuum Tight Dual-Edge Seal for the Thermal Performance Analysis of Triple Vacuum Glazing
Memon, S (2018). Thermal Conductivity Measurement of Vacuum Tight Dual-Edge Seal for the Thermal Performance Analysis of Triple Vacuum Glazing. in: Shahzad, A (ed.) Impact of Thermal Conductivity on Energy Technologies London IntechOpen.
Effect of Cavity Vacuum Pressure Diminution on Thermal Performance of Triple Vacuum Glazing
Memon, S, Farukh, F and Kandan, K (2018). Effect of Cavity Vacuum Pressure Diminution on Thermal Performance of Triple Vacuum Glazing. Applied Sciences. 8 (9), pp. 1705-1719. https://doi.org/10.3390/app8091705
Experimental and Analytical Simulation Analyses on the Electrical Performance of Thermoelectric Generator Modules for Direct and Concentrated Quartz-Halogen Heat Harvesting
Memon, S and Noman Tahir, K (2018). Experimental and Analytical Simulation Analyses on the Electrical Performance of Thermoelectric Generator Modules for Direct and Concentrated Quartz-Halogen Heat Harvesting. Energies. 11 (12), pp. 3315-3315. https://doi.org/10.3390/en11123315
The influence of low-temperature surface induction on evacuation, pump-out hole sealing and thermal performance of composite edge-sealed vacuum insulated glazing
Memon, Saim, Fang, Yueping and Eames, Philip C (2018). The influence of low-temperature surface induction on evacuation, pump-out hole sealing and thermal performance of composite edge-sealed vacuum insulated glazing. Renewable Energy. 135, pp. 450-464. https://doi.org/10.1016/j.renene.2018.12.025
Design and fabrication of vacuum glazing units using a new low temperature hermetic glass edge sealing method
Memon, S and Eames, PC (2013). Design and fabrication of vacuum glazing units using a new low temperature hermetic glass edge sealing method. Vacuum Symposium 4 & Vacuum Expo. Coventry 16 - 17 Oct 2013 London South Bank University.
Design & Development of Triple Vacuum glazing: An Investigation on Cost Effective Hermetic Sealing Materials & Predictions of Heat Load in a Solid Wall Dwelling
Memon, S (2012). Design & Development of Triple Vacuum glazing: An Investigation on Cost Effective Hermetic Sealing Materials & Predictions of Heat Load in a Solid Wall Dwelling. 1st International Conference on Research and Education of Energy Efficiency in Buildings. Loughborough UK Jul 2012 London South Bank University.
Scope of Concentrated Solar Power Technology in Pakistan
Memon, S (2007). Scope of Concentrated Solar Power Technology in Pakistan. 1st National Conference on Assessment & Proper Utilization of Indigenous Energy Resources and Their Impact on Environment. Sindh, Pakistan London South Bank University.
Heat load and solar gain prediction for solid wall dwellings retrofitted with triple vacuum glazing for selected window to wall area ratios
Memon, S and Eames, PC (2012). Heat load and solar gain prediction for solid wall dwellings retrofitted with triple vacuum glazing for selected window to wall area ratios. World Renewable Energy Forum. Denver, Colorado 13 - 17 May 2012 ASES.
Advancement in the Vacuum Glass Sealing Materials and Heat Load Predictions of Triple Vacuum Glazing
Memon, S and Eames, PC (2012). Advancement in the Vacuum Glass Sealing Materials and Heat Load Predictions of Triple Vacuum Glazing. 3rd Vacuum Symposium 2012. Coventry 17 - 18 Oct 2012 London, UK Institute of Physics.
An investigation on edge sealing materials for the fabrication of vacuum glazing
Memon, S and Eames, PC (2013). An investigation on edge sealing materials for the fabrication of vacuum glazing. 3rd School of Electrical, Electronic and Systems Engineering (EESE) Research conference. Loughborough, UK 22 Mar 2013 Loughborough University. https://doi.org/10.13140/RG.2.1.5106.6720
Application of vacuum technology: Vacuum insulated glazing- improving the energy efficiency of buildings
Memon, S (2014). Application of vacuum technology: Vacuum insulated glazing- improving the energy efficiency of buildings. VACUUM Group newsletter. 14 (1), pp. 18-19.
Analysing the potential of retrofitting ultra-low heat loss triple vacuum glazed windows to an existing UK solid wall dwelling
Memon, S (2014). Analysing the potential of retrofitting ultra-low heat loss triple vacuum glazed windows to an existing UK solid wall dwelling. International Journal of Renewable Energy Development (IJRED). 3 (3), pp. 161 - 174. https://doi.org/10.14710/ijred.3.3.161-174
Solar Energy Gain and Space-Heating Energy Supply Analyses for Solid-Wall Dwelling Retrofitted with the Experimentally Achievable U-value of Novel Triple Vacuum Glazing
Memon, S and Eames, PC (2017). Solar Energy Gain and Space-Heating Energy Supply Analyses for Solid-Wall Dwelling Retrofitted with the Experimentally Achievable U-value of Novel Triple Vacuum Glazing. Journal of Daylighting. 4 (1), pp. 15-25. https://doi.org/10.15627/jd.2017.2
Experimental measurement of hermetic edge seal's thermal conductivity for the thermal transmittance prediction of triple vacuum glazing
Memon, S (2017). Experimental measurement of hermetic edge seal's thermal conductivity for the thermal transmittance prediction of triple vacuum glazing. Case Studies in Thermal Engineering. 10, pp. 169-178. https://doi.org/10.1016/j.csite.2017.06.002
Predicting the Solar Energy and Space-heating Energy Performance for Solid-wall Detached House Retrofitted with the Composite Edge-sealed Triple Vacuum Glazing
Memon, S and Eames, PC (2017). Predicting the Solar Energy and Space-heating Energy Performance for Solid-wall Detached House Retrofitted with the Composite Edge-sealed Triple Vacuum Glazing. Energy Procedia. 122 (122), pp. 565-570. https://doi.org/10.1016/j.egypro.2017.07.419
Predicting the Solar Energy and Space-heating Energy Performance for Solid-wall Detached House Retrofitted with the Composite Edge-sealed Triple Vacuum Glazing
Memon, S (2017). Predicting the Solar Energy and Space-heating Energy Performance for Solid-wall Detached House Retrofitted with the Composite Edge-sealed Triple Vacuum Glazing. CISBAT 2017 International Conference – Future Buildings & Districts – Energy Efficiency from Nano to Urban Scale. Lausanne, Switzerland 06 - 08 Sep 2017
Integration and management of solar energy for electric vehicle charging station
Khan, A, Memon, S and Sattar, TP (2017). Integration and management of solar energy for electric vehicle charging station. Solar World Congress 2017 - Innovation for the 100% renewable energy transformation. Abu Dhabi, UAE 29 Oct - 02 Nov 2017
Design, Development and Thermal Performance Analysis of Ultra-Low Heat Loss Triple Vacuum Glazing
Memon, S (2017). Design, Development and Thermal Performance Analysis of Ultra-Low Heat Loss Triple Vacuum Glazing. Solar World Congress 2017 - Innovation for the 100% renewable energy transformation. Abu Dhabi, UAE 02 - 29 Nov 2017
Energy efficient vacuum glazed window: A system design and investigations on hermetic sealing materials
Memon, S and Eames, PC (2013). Energy efficient vacuum glazed window: A system design and investigations on hermetic sealing materials. Research That Matters 2013. Loughborough University 07 Mar 2013 Loughborough University.
Fabrication of Energy Efficient Vacuum Glazing using a Novel Edge Sealing Material
Memon, S and Eames, PC (2013). Fabrication of Energy Efficient Vacuum Glazing using a Novel Edge Sealing Material. 3rd Low Carbon Energy for Development Network Workshop. London The Low Carbon Energy for Development Network (LCEDN) .