二十一世紀所有東西都進入工業大量化生產製造,從手工毛衣訂製到縫紉成衣規格,從手寫書籍到電腦印刷,一切民生需求都已進入工廠化生產,唯獨傳統農業還在看天吃飯,無法找到有效的農作生產方式,1950年美國哥倫比亞大學教授提出垂直農場(植物工廠)複層式種植概念,全球爭相研發環控的垂直農場(植物工廠),企圖解決農業生產問題,垂直農場(植物工廠)設立的目的在提高獲利,降低風險,解決問題。但都未能達到目標,現今垂直農場(植物工廠)建置概念,都停留在將某個特定空間,找一群工程師規劃拼裝科技設備作法,並未真正解決農業上下游產業鏈環節。
創森公司重新詮釋垂直農場(植物工廠)認知,提出農業工業化的農業量據機構想,簡單的說就是,具備大量化生產獲利,能夠導出與導入研究的種植數據,進行模組化製造的量產,數據,工具機,農業量據機在大規模環控計劃性生產,只需透過規格化模組,SOP管理,進行工廠化生產,符合市場需求。垂直農場(植物工廠)的規模,取決於農業量據機的數量多寡,創森農業量據機(貨櫃農場)為最小體積,最多產量的農業生產設施。
大型垂直農場(植物工廠)與創森農業量據機(貨櫃農場)的模組概念完全不同,因為農業進入量產規模時,管理細節就成為風險最大的問題所在,唯有透過創森農業量據機(貨櫃農場)的單元模組獲利計算分析,才能降低風險提高獲利。
富比士的官方文章中,提及Bright Agrotech CEO Chris Michael 在“Aglanta” 會議中,所列舉垂直農場的九大失敗原因,與Rick LeBlanc所指出的垂直農場四大必要需求。創森公司提出完整的解決方案(詳見創森農業量據機產品說明) ,該內容包括:上下游產業結構整合方向,國際商業發展模式,軟硬體完善解決方法……等等
In 21st Century, all productions transformed into industrial mass production process; for example: handmade customized clothing changed to standard specification machine sewing; handwritten books changed to computerized printing.
All consumer necessary products are produced from manufactory, except the traditional agriculture industry which still rely on the mother-nature, it was hard to find an effective agriculture production methodology.
In 1950 The Professor at Columbia University first introduced a vertical farms (plant factory) multi-layer variety cultivation concept, the whole world is competing on research and development on an environmental-controlled vertical farms (plant factory) in order to solve the agriculture production issues, the purposes are increasing the profits and reducing the risk. However none of the purposes were achieved. Nowadays, the vertical farm (plant factory) concept still remains on a specific black area. The way a group of engineers were trying to plan and assemble the technology and equipment, it still cannot truly solve the agriculture problems caused from the industrial chain’s upstream and downstream.
S+A Company re-interprets the vertical farm (plant factory) concept, introduces a product of the agricultural industrialization – “Agricultural Quantify Data Machine”, simply speaking, the machine creates profits from mass production, can deliver and input all kinds of plants research data, to proceed a standardized model collection on mass production, data and machinery. Through the standardized model collection, and SOP management, the “Agricultural Quantify Data Machine” proceed a large scale environmental planned production, it is a progress factory production which perfectly meets the market supply and demands. The size of a vertical farm (plant factory) depends on the amount of the Agricultural Quantify Data Machines. S+A company’s Agricultural Quantify Data Machine (container farm) is an agricultural production equipment which is smallest in size and the most on production!The module collection concepts between large vertical farm(plant factory) and S+A Agricultural Quantify Data Machine (container farm) are different, when the agriculture enters into the mass production stage, the details on management became the most risky issue on production.
Only through S+A company “Agricultural Quantify Data Machine’s “(container farm) leading calculation and analysis on each single module’s return on investment (ROI) can reduce the risk and increase the profits.In an official article from Forbes, there are“9 Reasons Why Vertical Farms Fail”cited by Bright Agrotech CEO Chris Michael at the “Aglanta” conference, and“4 necessary requirements” as pointed out by Rick LeBlanc. S+A company proposed a complete solution (Please refer to S+A “Agricultural Quantify Data Machine” product description, which include: industrial structure integration vertical alignment, , the international business development model, the complete solution of hardware and software… etc.)