Purpose: The global warming problem becomes serious and sustained attention of renewable energy is being done to solve the energy problem. Among new and renewable energies, the market for solar cells that can be easily solved in our daily life is increasing more and more. Modules capable of adjusting transparency and expressing colors are developed for current solar cells, and various design expressions have become possible in the facade view of the building. However, some experts focused on energy performance, and systems such as the form, color, light transmission, and integrity of solar cells are not established. Therefore, this study intends to study the integrated guideline of the architectural facade by analyzing and presenting the evaluation system for the aesthetic purpose of the solar cells. Method: To derive the evaluation factor of esthetics, derive primary elements through analysis of advanced research and case analysis of BIPV buildings. Result: There are 50 aesthetic elements derived predominantly from advanced research and BIPV cases or analyzes. However, after three processes with emphasis on the possibility of evaluation, the aesthetic evaluation factor of the finally derived BIPV building is 12 elements