農業部水產試驗所全球資訊網

環保能源、節能減碳及太陽能發電問題受到國際關注，由於台灣西南沿岸養老產業面積廣闊，且日照充足，適合養老產業的發展，利用養老產業轉換模式為可再生能源共生減碳模式，未來具有發展潛力，其中可再生能源發電不可改變地表、具有彈性及可變動力，適合可再生能源共生減碳模式，未來具有發展潛力，其中可再生能源發電不可改變地表、具有彈性及可變動力，適合可再生能源共生減碳模式，然而發展潛力寶貝水質參數之溫度、鹽度、pH值、DO值、氧化還原電壓，水產生物的生長及存活率。

Green energy, energy conservation and carbon reduction, and photovoltaic issues have received international attention. As the southwest coast of Taiwan has a wide culture area and sufficient sunshine, it is applicable to the development of photovoltaic combine aquaculture. Use the aquaculture area to transform into a fishery and electricity symbiosis carbon reduction model, it has development potential in the future.Floating photovoltaic material does not change the landform, it is flexible and variable, and is applicable to fishing-electricity symbiosis development. However, there are still some unknown points in the photovoltaic combine traditional culture to be studied. This study simulates photovoltaic panels at shading ratios of 0%, 50% and 70% to compares the pond water quality parameters under the same breeding conditions, such as temperature, salinity, pH, DO value, ORP, as well as the growth and survival rate.To provide reference for farmers and optoelectronics industry.