Urban climate and building adaptation strategies

This research direction systematically explores future climate adaptive building energy saving and emission reduction strategies. At the urban climate level, the study proposes a method for generating future meteorological data coupling climate change and urban heat island effect, which provides accurate meteorological inputs for building adaptive design [1]. In terms of building adaptive strategies, the study innovatively assesses the impact of climate change on the performance of ground source heat pump systems, revealing the decrease in system energy efficiency due to global warming [2]. Meanwhile, the study also analyses the impact of climate change on renewable energy systems in net-zero energy buildings (NZEB) and proposes corresponding optimal allocation methods [3]. Taking Shenzhen as an example, the study modelled and analysed the performance of the regional energy system under future climate scenarios, revealing the potential risks of climate change on regional energy economics [4]. These studies provide key theoretical support for the development of future climate-adaptive building energy efficiency and emission reduction strategies.