WATER RESOURCE CIRCULATION SYSTEM, AND ARTIFICIAL WATER CHANNEL HYDRAULIC POWER GENERATION SYSTEM

To solve the problem that while the current electric power generation systems in Japan employ thermal power generation at a high rate, the majority of natural resources therefor are imported from abroad, and use of fossil fuel accelerates global warming.SOLUTION: In a system, an artificial water channel is tilted, a water receiving plate is installed on a belt conveyor type rotary base, and water is caught on the whole to obtain large water flow force. Prime mover gears can be therefore installed on both sides of a water channel lower part, and four electric generators can be installed to obtain large electric power. The output of the electric generators can be regulated by a transmission conversion device. Water having been used is circulated to be use by a method which uses an air compression pump through a combination of mechanical engineering with application of physical mechanics, so that a large-scale water reservoir facility is not required. Consequently, electric power generation facilities are easily installed. There is provided an eco-friendly ideal electric power generation system that is secure, safe, stable, and economical.SELECTED DRAWING: Figure 1 【課題】 現在日本の発電システムは火力発電が大きな比率を占めており、その資源の殆んどが外国からの輸入です。また化石燃料の使用は地球の温暖化の促進などの問題もあります。【解決手段】 このシステムは人工水路に傾斜を付けて、ベルトコンベヤ状の回転基盤に水受け板を設置して水を総体的に捉える事で大きな水流動力が得られます。その事から水路下部の両側に原動歯車の設置が可能となり、４機の発電機の設置が可能になり大きな電力を得る事が出来ます。又、発電機の出力は伝動変換装置によりが調製が可能です。使用後の水は物理力学の応用との機械工学を組み合わせ、更に空気圧縮ポンプを利用した方法で水を循環させて使用する事で、大規模の貯水施設を必要としません、この事から発電施設の設置が容易になります。安心、安全、安定、そして経済的な環境に優しい理想的な発電システムです【選択図】図１