Copyright © 2015 SAGE PublicationsAverage weather years have been used around the world for testing buildings to ascertain their likely energy use using thermal modelling software. In the UK, the Test Reference Years which are in current use were released in 2006 but generally consisted of data from 1983 to 2004. In this work, revised test reference years will be proposed which are based on a new climatic period from 1984 to 2013. The differences between the two years will be highlighted and the implications for building design will be discussed.Engineering and Physical Sciences Research Council (EPSRC)CIBS
The climate is changing, both globally and in the UK. To adapt effectively, engineers and planners n...
Along with growing concern about energy consumption from the building sector, computer simulations p...
The weather data (.EPW format) was created for use in building simulations. The weather data is avai...
In this study, test reference year (TRY) data for three UK cities are generated from the new UKCP09 ...
In this study, test reference year (TRY) data for three UK cities are generated from the new UKCP09 ...
Current practice in building design is to assess a building’s performance using average or typical w...
The design reference year – a new approach to testing a building in more extreme weather using UKCP0...
New climate change projections for the UK were published by the United Kingdom Climate Impacts Progr...
With the increasing use of simulation for building design, test reference years (TRYs) are required ...
Buildings are designed for a specific climate, yet they often have a lifetime of 100 years. Climate ...
Copyright © 2011 by SAGE PublicationsWeather data are used extensively by building scientists and en...
A method is developed to generate future design reference year (DRY) data from the United Kingdom Cl...
Buildings are designed for a specific climate yet they often have a lifetime of 100 years. Climate c...
Climate influences a building’s performance to an important extent. In order to obtain accurate esti...
Design summer years representing near-extreme hot summers have been used in the United Kingdom for t...
The climate is changing, both globally and in the UK. To adapt effectively, engineers and planners n...
Along with growing concern about energy consumption from the building sector, computer simulations p...
The weather data (.EPW format) was created for use in building simulations. The weather data is avai...
In this study, test reference year (TRY) data for three UK cities are generated from the new UKCP09 ...
In this study, test reference year (TRY) data for three UK cities are generated from the new UKCP09 ...
Current practice in building design is to assess a building’s performance using average or typical w...
The design reference year – a new approach to testing a building in more extreme weather using UKCP0...
New climate change projections for the UK were published by the United Kingdom Climate Impacts Progr...
With the increasing use of simulation for building design, test reference years (TRYs) are required ...
Buildings are designed for a specific climate, yet they often have a lifetime of 100 years. Climate ...
Copyright © 2011 by SAGE PublicationsWeather data are used extensively by building scientists and en...
A method is developed to generate future design reference year (DRY) data from the United Kingdom Cl...
Buildings are designed for a specific climate yet they often have a lifetime of 100 years. Climate c...
Climate influences a building’s performance to an important extent. In order to obtain accurate esti...
Design summer years representing near-extreme hot summers have been used in the United Kingdom for t...
The climate is changing, both globally and in the UK. To adapt effectively, engineers and planners n...
Along with growing concern about energy consumption from the building sector, computer simulations p...
The weather data (.EPW format) was created for use in building simulations. The weather data is avai...