Resilient Cooling in a Changing Climate

DESCRIPTION OF THE SESSION

This topical session provides insights into the challenges of resilient cooling in a changing climate. Research outcomes from the EBC Annex 80 as well as findings from topical related research work will be presented. Annex 80 sought to provide a sound basis for the assessment of cooling technologies by creating concise sets of future weather data and heat waves. Agnese Salvati together with Maria Kolokotroni are taking this approach further by assessing the impact of urban microclimate on ventilation and thermal performance of multi-family residential buildings. The definition of Key Performance Indicators (KPI) for resilient cooling has been an important task of Annex 80 since its start in 2019. Abantika Sengupta and Adam O’Donovan present two papers where these definitions are applied in the evaluation of case study buildings in Ireland and Belgium.

OBJECTIVES OF THE SESSION

  • To impart knowledge on overheating and thermal resilience
  • Provide insights in forecasting thermal comfort in naturally ventilated residential buildings
  • Showcase evaluation of thermal resilience indicators
  • Supply information on technologies to increase thermal resilience

SESSION PROGRAMME

  1. Introduction to EBC Annex 80 Resilient Cooling, Peter Holzer, Institute of Building Research & Innovation, Austria
  2. Urban microclimate impact on ventilation and thermal performance of multi-family residential buildings: two case studies in different climates and urban settings. Kolokotroni Maria, Brunel University, United Kingdom
  3. Evaluating the present day ambient warming resilience of passively cooled dwellings in Ireland: A data-driven approach. O’Donovan Adam, Munster Technological University, Ireland
  4. Evaluation of thermal resilience indicators for an educational building for future heatwave scenarios. Abantika Sengupta, KU Leuven, Belgium

SESSION CHAIRS

    1. Prof. Maria Kolokotroni, Brunel University London, UK
    2. Dipl. Ing. Dr. Peter Holzer, Institute of Building Research & Innovation, Austria

SESSION DURATION

  • 60 minutes
  • 75 minutes
  • 90 minutes