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- W1942480990 abstract "Improved standards of air tightness, greater reliance on ventilation and increasedlevels of insulation especially in new build low and zero carbon homes in the UK,could lead to a rise in instances of overheating unless this is addressed during theearly stage design. Indeed recent reports from DECC and the wider industry suggestthat instances of overheating are already increasing, to be further exacerbated bypredicted warming and climate impacts. This paper uses a dynamic simulation basedapproach to systematically evaluate the potential for incorporating adaptationstrategies into the designs of zero carbon homes in the UK.The approach adopted is based on risk analysis, which involves assessing theclimate change impacts, exposure of the buildings and the needs and vulnerability ofthe occupants, to arrive at technically-feasible and practical adaptable measures,appropriate for a flagship eco-town development located in Bicester, Oxfordshire.Thermal models of ten house archetypes are built in IES and tested for current andfuture overheating using IES ApacheSim. A set of future weather data derived fromUK Climate Projections 2009 is used to assess the risk of overheating under currentclimate and 2030s, 2050s and 2080s under a high emissions scenario and 50%probability. Modelling results of indoor temperature are compared with CIBSE GuideA and BS EN 15251 Standard overheating metrics. To tackle overheating, twentyseven individual passive design measures (ventilation, shading, fabric andorientation) are tested in IES model and the most effective measures are combinedinto three adaptation packages to conduct further testing. Detailed specifications ofselected adaptation packages are then discussed with the project team, andincorporated into the design. The practical application of this work is that it creates areplicable methodological approach for adapting new low energy house designsagainst future climate change. It also helps policy makers and designers tounderstand the effectiveness of adaption measures in avoiding overheating now, andin the future." @default.
- W1942480990 created "2016-06-24" @default.
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- W1942480990 date "2013-01-01" @default.
- W1942480990 modified "2023-09-27" @default.
- W1942480990 title "Using a simulation based approach to adapt the designs of zero carbon homes against a warming climate" @default.
- W1942480990 hasPublicationYear "2013" @default.
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