氣候條件是影響建築物耗能的重大因子，能夠正確掌握氣候特性，才能進行精確的建築耗能預測與提出適當的節能改善對策。本研究利用貼近全球氣候暖化的統計時間與豐富的氣象測站資料，以ASHRAE STANDARD 169-2013的建築氣候分區熱標準為評估基準，重新檢討了臺灣建築氣候分區，並利用WRF氣象資料數值模擬，提供更精確與連續的海拔高度分析與氣候分區界線，繪製出可靠度更高的臺灣氣候分區圖。方便我國未來建築能源管理與節能設計參考，並有利於與國際研究接軌。

Climate is a major factor on energy consumption of buildings. One should understand the climate characteristics properly in order to accurately predict building energy consumption and propose appropriate energy-saving improvement measures. This study used statistics time of global climate warming and abundant meteorological station data to reevaluate the building climate classification of Taiwan with ASHRAE STANDARD 169-2013 standards. The WRF simulation was used to provide more accurate and continuous altitude analysis and climate zoning boundaries resulting a more reliable Taiwan climate classification map. This study is a good reference for building energy conservation design in Taiwan and integrated with international researches.