The present invention is energy-saving cultivation tank system comprises water pumping area, catchment area and cultivation area.The water pumping area have big fan blades which can drive water pumping turbine to draw water from predetermined water source to water pumping turbine tank.The water pumping turbine tank has a draft tube to conduct water to catchment area which potential difference is lower than water pumping turbine tank.The catchment area also has a draft tube to connect with cultivation area which potential difference is loser tan catchment area.The cultivation room of cultivation area has a screw rod which is rotated by a small fan to stir culture medium in cultivation room to increase oxygen content.Wind can drive water pumping turbine to draw water from water source and drive screw rod to increase oxygen content in cultivation room.Moreover, to utilize potential difference of topography can draw water to requisite region automatically.So cultivation system doesn’t have to consume any energy like electricity, fuel etc. almostly to achieve the best energy-saving effect.本發明係有關一種節能培養槽系統,主要包含有抽水區、集水區與培養區所構成,該抽水區設有一大扇葉,大扇葉可帶動一抽水渦輪,使抽水渦輪可汲取預定水源處的水至汲取槽,汲取槽另端樞設一導流管,可將水導引至位差低於汲取槽的集水區,該集水區又藉導流管連接至位差較低於集水槽的培養區相連通,且所述之培養區,該培養區內的培養室中設有螺旋桿,該各培養室中的螺旋桿又可同時藉一小風扇帶動旋轉來攪拌培養室中的培養液,以增進其含氧量,藉自然風帶動抽水渦輪汲取水源處的水以及帶動旋轉螺旋桿來增進培養室中的含氧量,並利用地形的高低位差來讓水可自動導流至所需的區域內,故形成一幾乎不需耗費電、燃料等能源的培養系統,以達到最大的節能功效者。1...抽水區11...抽水主體12...大扇葉13...抽水渦輪14...汲取槽15...汲取管2...集水區21...集水槽3...培養區31...培養主體36...動力支桿37...動力主桿38...動力傳動主體39...小扇葉4...導流管
