本論文針對太陽光電系統導入建築設計之課題，透過建立實體模型實作安裝，驗證太陽光電板應用於建築外殼構造之可行方式。太陽光電板與建築物外殼構造建材一體化。成為建築物的部份構材或建築材料的一部份，理論上可以減少太陽光電設備設置的成本。建築設計上太陽光電板作為建築外殼構材時，要求必須滿足的建築性能包括安全性、耐久性、防水氣密等，同時必須考量建築之造形、美觀與材質顏色等設計意象之配合。太陽光電系統應用上發電效益固然是重要的基本評估要項，但是以建築規劃設計的觀點而言，現階段投資採用之業者及建築師或設計工程師，在抽象的附加價值或設計意匠表現之配合考量應該不容忽視。本論文結論指出太陽光電板導入建築構造規劃與外殼設計整合，創意性的開發應為優先目標，結合建築物與太陽能組件的可能性相當多，也為有創造力的設計者提供了新的設計意匠與造型新構想。

This paper focuses on the application of solar generation system compromising building construction design. Through the performance of model experiment, we verified the compromising possibility to Photovoltaic System and building construction. It is a reasonable concept that solar cell could instead of part envelope material of building and could reduce cost theoretically. As the envelope material, it must satisfy the performance of safety, durability, water protection etc.. Meanwhile, solar cell must combine with the concept of build form, textures and design concept. Although the efficiency of solar generation system is important, we cannot ignore the factors of design concept or addional value in compromising design work. Therefore, the conclusion indicates that a creative development is priority goal for this compromising job in solar generation system application.