2016-01-012024-05-14https://scholars.lib.ntu.edu.tw/handle/123456789/658894摘要：本計畫目標為建立完全人工光植物工場量產結球萵苣、草莓、苗菜、低鉀茼蒿、芝麻菜與番茄之最佳栽培條件。105年度我們將 1.篩選出於完全人工光植物工場栽培結球萵苣之最佳光積值、光週期、光強度與施鈣方式，以降低頂燒病發生。2.草莓苗生產流程最佳化。3.建立低鉀蔬菜與高抗氧化力蔬菜之栽培模式。4.開發完全人工光植物工場周年生產低鉀芝麻菜模式。5.以酸蝕、激勃素、滲調處理探討對菠菜與冰花種子發芽的影響。<br> Abstract: Plant factory (PF) in National Taiwan University was established in 2011. It served as a research and demo platform for mass production of leafy greens. We propose a three-year project to improve the development of technologies for PFs, based on our extensive research experiences in the past years. The project is entitled “Development of equipment and technology for plant factory.” To better approach the objectives, the project is divided into 5 tasks: (1) identification of business models for PFs in Taiwan, (2) development of automatic power monitoring control platform for PFs, (3) development of programmable lighting fixtures with continuously variable spectrum for PFs, and (4) application of fuel cell to in powering LED for PFs. Selection of the front leaders among the potential fronts for development, and generation of those front leaders as models to and provides the R＆D methods to correspond with the features of Taiwan’s industries. The project is expected to facilitate the development of technologies for PF. The anticipated outcomes will become valuable intellectual properties, including journal papers, patents, and technology transfers. With the training in the project, the staff are expected to be future capital for PF industries.結球萵苣草莓低鉀高抗氧化力芝麻菜菠菜冰花種子休眠iceberg lettucestrawberrylow-potassiumhigh antioxidative abilityarugulaspinachice plantseed dormancy