Exploring and Designing User-Centric Energy Technologies for Residences

The purpose of this study is to conduct an analysis of energy consumption patterns within diverse European households. It delves into the nexus of energy usage, socio-economic structures, living patterns, and geographic factors. Utilizing a dataset collected from various households across Europe, this research tries to identify the gaps in the current energy calculation technologies used by planners, engineers and policy makers and their access to the common European resident. Furthermore, this thesis explores the interconnection between architectural design, technology, and user behavior in shaping energy-efficient residential spaces. It delves into innovative energy technologies that harmonize user preferences, habits, and comfort with optimized energy consumption. Additionally, this research highlights the need for energy monitoring and optimization technologies that provide residents with actionable insights to efficiently manage energy use, thereby encouraging responsible and sustainable living habits. By raising awareness and enabling informed choices, residents have the chance to play an active role in conserving energy, reducing their ecological impact, and embracing a more responsible lifestyle. In conclusion, this research tries to contribute to understanding sustainable energy practices by exploring the intricate relationships between energy consumption and a range of influential factors within European households. The insights gained may pave the way for the development of personalized residential energy technologies, fostering energy conservation, mitigating environmental impacts, and enhancing overall living standards across diverse consumer segments.