Jui-Chih Liu
National Pingtung Senior High School Student
E-mail：rayliu980219@gmail.com
Rui-Han Wang
Pingtung County Mingzheng Junior High School Student
E-mail：hsunli@tea.ntue.edu.tw
Yi-Chen Sun
Private Luxing High School Attached Junior High School Student
E-mail：10501@pcps.ptc.edu.tw
Jia-Hong Jhou
Department of Electrical Engineering, I-Shou University, Kaohsiung, Taiwan
E-mail：topjpos@gmail.com
Abstract
This study explores the application and development of smart aquaculture systems, specifically addressing the high energy consumption in the aquaculture industry and the impact of climate change. A solution is proposed in the form of the “PV-Aqua Magicians Smart Aquaculture System.” This system utilizes movable solar panels, weather sensing modules, and real-time monitoring equipment to reduce energy costs and minimize aquaculture losses. Experimental results show that the system is effective in responding to extreme weather events, improving the accuracy of water quality monitoring, and reducing electricity costs.
Keywords: Smart aquaculture、solar panels、 extreme weather response