室內植生牆之應用研究

Application of Self Sustained Plantation-wall

張文斌(CHANG-WEN PIN)

指導教授 ： 張謙允

中原大學/設計學院/室內設計研究所/碩士(2011年)

https://doi.org/10.6840/cycu201100727

摘要

摘要
室內增加綠色植物有美化及舒緩心情之作用，但受限於室內缺乏日光照射之限制，無法達成植物健康生長的必要條件以進行光合作用。為使其提高室內植物之展示期限，擬找出適合植物生長並且可控制維持植物定型之燈具的光譜R/B值，運用植生牆置入室內空間之手法，不僅可達成視覺綠化效果，且是將綠色健康概念移植至室內生活環境，運用其植物行光合作用及可吸附有害的揮發性化合物、甲醛和懸浮微粒的特性，可有效淨化室內空氣品質及調整空間上溫濕度差異，同時達成舒緩身心效果。
本研究欲規劃出植生牆與燈光應用的配套方案，透過燈具實驗找出最適植物生長之光譜，並運用其不同種植物之顏色及樣貌作室內植生牆整體搭配設計，最後再以3D模擬出空間情境作為案例分析之參考。

關鍵字

光譜R/B ； 3D 電腦模擬案 ； 視覺綠化效果 ； 植生牆

並列摘要

Abstract

Green plants added in interior space can result in beautification of environment and relaxation for people. However, due to the lack of sunlight inside, interior space can not provide plants with required conditions to achieve their healthy growth as well as photosynthesis. To extend indoor plants’ exhibition period, this study makes efforts to find out the spectrum R/B ratio of lighting which is suitable for plant’s growth and able to control and maintain plants’ shape. By utilizing the ecology art green-wall in interior space, it can not only achieve green visual effect but also transplant green and healthy concepts into interior living space. Due to the process of photosynthesis in plants, and plant’s adsorption of harmful volatile compounds, formaldehyde and suspended particles (SPM), the ecology art green-wall can purify inside air effectively, and adjust the differences of inside temperature and humidity. At the same time, it can bring relaxation for people’s body and mind.

This study focuses primarily on developing a plan of solution for the application of lighting on the ecological art Self Sustained Plantation-wall. By the experiments of lamps and lighting, the spectrum which is most suitable for plants’ growth can be found out. Then, we will be able to use various colors and styles of different kinds of plants to design the indoor ecology art Self Sustained Plantation-wall as a whole. Finally, we will use 3D computer to simulate the condition of the space to be the reference for a case study.

並列關鍵字

Adsorption of Hharmful Volatile Compounds ； Spectrum R/B Ratio ； 3D Computer Simulation ； Keywords: Self Sustained Plantation-wall

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