為了體現使用不同專案之真實熱負荷狀況，本研究提出一方法，透過市面上常用的熱模擬軟體AutodeskCFD所模擬出的熱模擬結果，進行熱負荷計算，搭配著美國採暖、製冷與空調工程師學會ASHRAE，對於室內空氣品質、熱舒適性的相關規範，設計出具有參考價值的分析手法。利用計算得到的熱負荷，設計合適的出、回風口數量及位置，透過分析找出空間中溫度變動較大的區域，放置溫度感測器，以利舒適度的維持。
爾後再與現行業界常用的熱負荷計算方式、以及經驗公式等常使用於設計空調系統計算法進行比較。最後再利用本研究所提供之各空調系統常見規格，進行設備的挑選，探討本研究分析手法實行的可能性。

In order to reflect the actual thermal load conditions of different projects, this study proposes a method to calculate the thermal load through the thermal simulation results simulated by Autodesk CFD, a commonly used thermal simulation software on the market, with the American Society of Heating, Refrigerating and Air-Conditioning Engineers - ASHRAE. For the relevant specification of indoor air quality and thermal comfort, design analytical methods with reference value. Using the calculated heat load, design the appropriate number and position of the outlet and return air, analyze the area where the temperature changes greatly in the space, and place the temperature sensor to ensure the comfort.
Later, it is compared with the commonly used thermal load calculation methods ENVLOAD, which are often used in the design of heat load calculation. Finally, we will use the common specifications of each air-conditioning system provided by the Institute to select the equipment and explore the possibility of the analysis of this research.

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