As the city expands the single weather station data is insufficient to represent and reflect the microclimate changes in the entire city This study measured the temperature and humidity of Tainan for one year The Morphing approach is combined with GIS data to construct local microclimate data Use the generated weather data to map the bioclimatic maps while using EnergyPlus to simulate the energy consumption of the diaspora in different microclimates In addition made a model for predicting the total energy consumption of urban grids using EUI building and population data Finally UHII is used as an indicator to explore the relationship between CHS NV CDD air conditioning energy consumption thermal risk and urban planning The error analysis results show that the best buffer is dividing 1000×1000 m2 into the outer and inner layer with the upper and lower wind regions The annual UHII
Date of Award | 2019 |
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Original language | English |
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Supervisor | Tzu-Ping Lin (Supervisor) |
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Development on constructing the spatial distribution map of microclimate energy demand and thermal risk of residential buildings at city scale
奉怡, 林. (Author). 2019
Student thesis: Doctoral Thesis