Effectiveness of window signalling systems in open-plan workplaces: Evidence from field work

Occupants are often unaware of window-opening strategies that can enhance their well-being and reduce energy consumption. Window feedback systems that indicate when to manually operate a window have become a strategy for enhancing the indoor climate, occupant’s satisfaction and energy efficiency. These systems are recognized for providing the...

Including justice in renovation policies considering the socio-spatial vulnerability to energy poverty: A Case Study-Mixed Methods (CS-MM) approach

Driven by climate change and energy crises, an increasing number of households in the European Union are becoming vulnerable to energy poverty. However, current renovation programs fall short in effectively targeting and addressing the needs of vulnerable groups, particularly in underprivileged neighborhoods where low effectiveness rates and...

Optimising the involvement of tenants in the decision-making process for energy efficiency renovation: Revealing behavioural barriers of tenants

Energy efficiency renovation (EER) of the existing residential housing stock is crucial to achieving further decarbonization to be climate neutral by 2050. This transition is particularly challenging for affordable rental housing providers as they have to make intensive investment decisions while balancing rental affordability for their low- and...

Qualitative classification of energy consuming habits of young home occupants

Two main strategies have generally been used for tackling energy reduction: one dealing with the design and development of building systems and appliances that are engineered to be as efficient as possible while meeting standards, the other addressing the user, usually through campaigns, advertisements, or physical interventions, with the...

Types of Energy Consumers in Offices

The building sector accounts for more than one-third of the total primary energy use and has significant potential for energy saving [1]. However, various physical and social factors affect the energy performance of dynamic systems, such as the indoor climate condition, the building envelope, maintenance, building equipment, operation, and...