Simple statistical model for complex probabilistic climate projections

overheating risk and extreme events

Research output: Contribution to journalArticle

Abstract

Climate change could substantially impact the performance of the buildings in providing thermal comfort to occupants. Recently launched UK climate projections (UKCP09), clearly indicate that all areas of the UK will get warmer in future with the possibility of more frequent and severe extreme events, such as heat waves. This study, as part of the Low Carbon Futures (LCF) Project, explores the consequent risk of overheating and the vulnerability of a building to extreme events. A simple statistical model proposed by the LCF project elsewhere has been employed to emulate the outputs of the dynamic building simulator (ESP-r) which cannot feasibly be used itself with thousands of available probabilistic climate database. Impact of climate change on the daily external and internal temperature profiles has been illustrated by means of 3D plots over the entire overheating period (May–October) and over 3000 equally probable future climates. Frequency of extreme heat events in changing climate and its impact on overheating issues for a virtual case study domestic house has been analyzed. Results are presented relative to a baseline climate (1961–1990) for three future timelines (2030s, 2050s, and 2080s) and three emission scenarios (Low, Medium, and High).
Original languageEnglish
Pages (from-to)23-28
Number of pages6
JournalRenewable Energy
Volume61
Early online date1 May 2012
DOIs
Publication statusPublished - Jan 2014
EventWorld Renewable Energy Congress XII - Linköping, Sweden
Duration: 8 May 201113 May 2011

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extreme event
climate
climate change
carbon
temperature profile
simulator
vulnerability
project

Keywords

  • probabilistic climate projections
  • Building and Adaptation
  • Overheating

Cite this

@article{491fc63c90c545cfa537d8cd9950eed2,
title = "Simple statistical model for complex probabilistic climate projections: overheating risk and extreme events",
abstract = "Climate change could substantially impact the performance of the buildings in providing thermal comfort to occupants. Recently launched UK climate projections (UKCP09), clearly indicate that all areas of the UK will get warmer in future with the possibility of more frequent and severe extreme events, such as heat waves. This study, as part of the Low Carbon Futures (LCF) Project, explores the consequent risk of overheating and the vulnerability of a building to extreme events. A simple statistical model proposed by the LCF project elsewhere has been employed to emulate the outputs of the dynamic building simulator (ESP-r) which cannot feasibly be used itself with thousands of available probabilistic climate database. Impact of climate change on the daily external and internal temperature profiles has been illustrated by means of 3D plots over the entire overheating period (May–October) and over 3000 equally probable future climates. Frequency of extreme heat events in changing climate and its impact on overheating issues for a virtual case study domestic house has been analyzed. Results are presented relative to a baseline climate (1961–1990) for three future timelines (2030s, 2050s, and 2080s) and three emission scenarios (Low, Medium, and High).",
keywords = "probabilistic climate projections, Building and Adaptation, Overheating",
author = "Sandhya Patidar and David Jenkins and Banfill, {Phillip Frank Gower} and Gibson, {Gavin Jarvis}",
note = "Special Issue on World Renewable Energy Congress – Sweden, 8–13 May, 2011, Link{\"o}ping, Sweden. Edited By Bahram Moshfegh",
year = "2014",
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doi = "10.1016/j.renene.2012.04.027",
language = "English",
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pages = "23--28",
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AB - Climate change could substantially impact the performance of the buildings in providing thermal comfort to occupants. Recently launched UK climate projections (UKCP09), clearly indicate that all areas of the UK will get warmer in future with the possibility of more frequent and severe extreme events, such as heat waves. This study, as part of the Low Carbon Futures (LCF) Project, explores the consequent risk of overheating and the vulnerability of a building to extreme events. A simple statistical model proposed by the LCF project elsewhere has been employed to emulate the outputs of the dynamic building simulator (ESP-r) which cannot feasibly be used itself with thousands of available probabilistic climate database. Impact of climate change on the daily external and internal temperature profiles has been illustrated by means of 3D plots over the entire overheating period (May–October) and over 3000 equally probable future climates. Frequency of extreme heat events in changing climate and its impact on overheating issues for a virtual case study domestic house has been analyzed. Results are presented relative to a baseline climate (1961–1990) for three future timelines (2030s, 2050s, and 2080s) and three emission scenarios (Low, Medium, and High).

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