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Climate and Energy Research Lab

能源農場

Smart Energy Systems Lab

We focus on sustainable energy innovations through advanced research in power grids, smart homes, and community energy integration. By leveraging real-time simulations, IoT technologies, and high-performance computing, we aim to optimize energy efficiency, improve grid resilience, and support renewable energy integration. Our goal is to develop scalable solutions for a smarter and more sustainable energy future.

Latest Publications

The decarbonisation of the built environment is a critical strategy for addressing climate change and decarbonisation of heat plays a significant role in this process. However, the UK’s progress in electrifying heating with heat pumps is significantly behind that of other European countries such as Finland and Norway. This study used clustering analysis to investigate UK consumers’ energy consumption patterns and their correlation with socioeconomic characteristics to identify suitable households for heat pumps. The study optimised K-means outlier removal (K-MOR) using genetic algorithms (GA) to reveal five typical energy consumption patterns consistent with a classification of residential neighbourhoods (ACORN) socioeconomic segments. The findings of our study indicate that the highest energy consumption pattern requires about 3 times the heating demand of the lowest pattern. Notably, 50.9% of households exhibit a middle-high load pattern, among which affluent households demonstrate higher heat pump adoption potential, while 14.44% of lower-income households face greater barriers to heat decarbonisation.

Image by Ethan Thompson
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