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Basic Tutorial on Simulation of Microgrids Control Using Matlab(r) & Simulink(r) Software

為了解決VITALUX的問題，作者de Andrade, Flávia,Castilla, Miguel,Bonatto, Benedito Donizeti 這樣論述：

Flávia de Andrade received his Bachelor’s degree from the Technological Federal University of Parana in 2016, and is currently studying for his M.Sc. at Heriot-Watt University. He has professional experience as an energy efficiency engineer at MGD Eficiência Energética and Vitalux Projetos Sustentáv

eis and has been a research intern at the Polytechnic University of Catalonia. He has completed other academic and professional qualifications, including a Green Building and Sustainable Design Certificate from the University of California.Professor Miguel Castilla received his Ph.D. from the Techni

cal University of Catalonia in 1998. He subsequently held a number of teaching positions at the same institution and is now a Full Professor at the Department of Electronic Engineering. He has authored or co-authored more than 80 journal articles and over 130 conference papers. He has been a member

of numerous committees and journal boards and is currently an Editor of the journal IET Power Electronics and a member of the external advisory board for the Smart Cities Research Center.Benedito Donizeti Bonatto received his M.Sc. from UNICAMP and his Ph.D. from the University of British Columbia (

UBC) in 1995 and 2001, respectively. He subsequently worked in engineering and Research and Development roles within the electricity sector. Since 2007, he has been an Associate Professor at UNIFEI - Federal University of Itajuba. He has also been a Visiting Associate Professor at the Department of

Electrical and Computer Engineering, UBC, and is currently visiting at Escola Politècnica Superior d’Enginyeria de Vilanova i la Geltrú. He has published more than 100 technical papers in national and international conference proceedings, and has authored one book and one book chapter.

VITALUX進入發燒排行的影片

物聯網智慧水耕系統之設計應用

為了解決VITALUX的問題，作者李文良 這樣論述：

水耕種植系統之設計實現，此種栽植方式是一種產能高、空間效率利用高的新型植物無土培養生產技術。在物聯網和科技進步時代，智慧農業水耕種植採用現代傳感器檢測技術、網路通訊技術、大數據資料處理與分析等，使得植物種植環境達到自動化監控控制以及植物生長預測的目的。水耕植種可以採用多層式面積架構栽培種植，利用LED補光，控制不同植物不同時段所需要的光照強度以規畫合理的補光效果。水耕植物可在優化的室內環境溫度、水溫溫度、空氣濕度、栽培區域的光照强度以及植物生長所需營養劑的含氧量、水質的酸鹼性和濃度等參數監控下，可改善水耕植物生長周期與良率。本系統通過目前傳感器監控技術各項環境参数,並結合物聯網網路運用收集到

的環境參數傳送到遠端伺服器上，可以完成生長數據庫的建置與分析。在本系統的實現上，可透過現有參數收集達到動態運作狀況，將參數歸納整理出最好條件，經多次實驗能有效地找出最佳狀態參數環境條件。