本研究主要在探討多種太陽能隔熱玻璃應用於獨棟建築上的發電以及耗能之情形，透過光學及熱學試驗、戶外光熱學試驗、標準電力試驗取得模擬所需參數，與使用一般玻璃的房屋進行傳統電力需求比較，並進一步分析在不同的氣候類型下，最適合應用的太陽能隔熱玻璃類型，找出具有最佳節能效益的方案，達成淨零耗能屋(Net Zero Energy Building, NZEB)之目標。
研究結果顯示，於熱帶氣候以及使用冷氣為主的副熱帶氣候國家，使用太陽能節能玻璃(Heat Insulation Solar Glass, HISG) 建築物可以達到最佳的節能效益；於溫帶氣候以及使用暖氣為主的副熱帶氣候國家，則是使用太陽能真空玻璃(Photovoltaic Vacuum Glazing, PVVG) 有最佳的節能效益。

This study shows that the application of a variety of heat insulation glass in the power generation and energy consumption of single-family buildings obtains the parameters required for simulation through optical and thermal tests, outdoor photothermal tests, and standard power tests, compares the traditional power demand with houses using ordinary glass, and further analyzes the most suitable types of heat insulation glass for applications in different climate types, and finds out the best energy-saving solutions to achieve Net Zero Energy Building (NZEB).
The results show that in tropical and subtropical climates where air conditioning is dominant, using Heat Insulation Solar Glass (HISG) buildings can achieve the best energy-saving benefits. In temperate climates and subtropical climates dominated by heating, the use of Photovoltaic Vacuum glazing (PVVG) has the best energy-saving benefits.

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