Volume 61

Assessment of Swedish house thermal system using a resilience energy system framework Kasuni Guruvita1, Eva Thorin, Anders Avelin, Fredrik Wallin

Abstract

This study evaluates the thermal systems of Swedish houses through a holistic energy system resilience framework, incorporating engineering, economic, and social dimensions. The major limitation identified is the lack of a proper framework to measure resilience. To address this, the study proposes a synthesized framework for measuring resilience, considering dimensions, abilities, properties, and key performance indicators (KPIs). Using a selection of indicators, the framework is applied to a case study to demonstrate its usability. The assessment focuses on measuring the thermal resilience of houses, influenced by the integration of heat pumps and wood stoves. By analysing the properties and KPIs specific to the system, the study aims to measure the resilience abilities of the system. This comprehensive approach supports the idea that Swedish houses can withstand and recover from disruptions, contributing to a sustainable and resilient energy future.

Keywords sustainability, engineering resilience, social resilience, economical resilience, resilience metrics