Litcius/Paper detail

Exploring Renewable Energy Futures through Household Energy Resilience

Hanna Hasselqvist, Sara Renström, Maria Håkansson, Helena Strömberg

2022CHI Conference on Human Factors in Computing Systems22 citationsDOIOpen Access PDF

Abstract

A transition to renewable energy increases the risks of disruptions when electricity supply does not meet demand. HCI has explored how digital technologies can mitigate such problems in households through support for reducing or shifting electricity use. However, faster transitions may be possible if some disturbances can be acceptable and households are supported in adapting to them. In this paper, we present a study of 21 Swedish households and their experiences of and ideas on how to manage disruptions in electricity supply. We call this perspective household energy resilience and identify three strategies for resilience: (1) response diversity, i.e., diversity in ways of carrying out normally electricity-dependent practices, (2) creating opportunities to develop resilience, and (3) building community energy resilience. Furthermore, we suggest how HCI can support these strategies, both by providing tools to increase resilience and by carefully designing technology and services to be more resilient in themselves.

Topics & Concepts

Resilience (materials science)Futures contractElectricityDiversity (politics)Renewable energyMains electricityEnvironmental economicsBusinessPsychological resilienceEnergy transitionEnergy supplyEnergy (signal processing)Environmental resource managementRisk analysis (engineering)EconomicsEngineeringSociologyPsychologyAlternative medicinePhysicsMathematicsThermodynamicsPsychotherapistVoltagePanacea (medicine)MedicineFinanceAnthropologyPathologyStatisticsElectrical engineeringInnovative Human-Technology InteractionGreen IT and SustainabilitySmart Cities and Technologies