第五章 結論與建議
5.2 建議
本研究依研究過程的發現及經驗，提出下列幾項建議，以供後續研究 參考：
1. 減碳效益評估：本研究並未考量植物的固碳作用，故未來可考量針對 不同植物的固碳作用進行分析，以利減碳效益評估之完整性。
2. 氣象資料不確定性：本研究在評估截水效益並未考量氣象資料的不確 定性，近年來氣候變遷，宜分析不確定對結果的影響。
3. 成本資料：因目前國內現有案例較少，且有些成本價格範圍較廣，如 本研究取得的植栽及基質成本，會造成估算的不確定性，亦有必要進 一步分析。
4. 截水量之效益：本研究雖有估算截水的量，但並沒有建立方法評估其 效益，有必要進一步探討。
5. 國內雨水系統擴充效益：本研究雖以降低尖峰逕流量之百分比作為雨 水排水系統擴充之依據，唯此值是一個概估值，詳細推估可考量採用 建 SWMM 模式進一步分析之。
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6. 降低洪災之效益：綠屋頂可有效降低尖峰流量，並延遲降雨延時，對 於易淹水地區具有一定的效益，唯此部分在案例區的相關研究上甚少，
近年來因氣候變遷，新竹市淹水的可能性亦隨之增加，未來可考量探 討適當的方法評估減少淹水的效益。
7. 城市綠屋頂最適建置地點分析：本研究著重於評估城市建置綠屋頂的 效益評估，故以目前新竹市可建置的最大綠屋頂面積為估算依據，唯 不同地區設置綠屋頂的效益可能大不相同，故未來可考量進一步分析 在何處建置綠屋頂的效益較佳。
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附錄 A
A.1 eQUEST 簡介eQUEST 是一套由 DOE-2, Wizards 及 Graphics 等功能所組成的建築物 耗能模擬軟體，DOE-2 是過去常被用於建築耗能的軟體，此套軟體從 1970 年代，由美國的 ASHRAE, NASA 等機構所研發，近年由於節能減碳的原 因，這套軟體再次被注意，eQUEST 是從 DOE-2 發展而來，兩套軟體不同 之處在於 eQUEST 除了具備 DOE-2 原有的功能外，更增加許多利於評估 及設計者使用，除了上述為本研究選擇其作為建築耗能軟體之原因外，更 因為此軟體可在其官方網站免費下載。
eQUEST 能夠模擬建築物逐時的耗能資料，使用者需輸入的資料包 含：當地年氣象資料、詳細的建築物基本參數及空調系統參數，氣象資料 部份，eQUEST 內建了美國加州常用的地方氣象資料，如使用者位於其他 國家，則需使用 bin, TMY, TRY 或 TMY2 等氣象格式，建築物基本參數包 含建築物內部面積設置、照明密度、設備密度及建材選用(外牆、屋頂及玻
eQUEST 能夠模擬建築物逐時的耗能資料，使用者需輸入的資料包 含：當地年氣象資料、詳細的建築物基本參數及空調系統參數，氣象資料 部份，eQUEST 內建了美國加州常用的地方氣象資料，如使用者位於其他 國家，則需使用 bin, TMY, TRY 或 TMY2 等氣象格式，建築物基本參數包 含建築物內部面積設置、照明密度、設備密度及建材選用(外牆、屋頂及玻