JP2015113831A - Method of generating electricity by circulating and reusing water - Google Patents

Method of generating electricity by circulating and reusing water Download PDF

Info

Publication number
JP2015113831A
JP2015113831A JP2013270249A JP2013270249A JP2015113831A JP 2015113831 A JP2015113831 A JP 2015113831A JP 2013270249 A JP2013270249 A JP 2013270249A JP 2013270249 A JP2013270249 A JP 2013270249A JP 2015113831 A JP2015113831 A JP 2015113831A
Authority
JP
Japan
Prior art keywords
water
turbine
water pipe
pipe
generator motor
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP2013270249A
Other languages
Japanese (ja)
Inventor
忠則 田中
Tadanori Tanaka
忠則 田中
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP2013270249A priority Critical patent/JP2015113831A/en
Publication of JP2015113831A publication Critical patent/JP2015113831A/en
Pending legal-status Critical Current

Links

Images

Landscapes

  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide a hydraulic power generator that solves the problem of conventional generators in which: hydraulic power generation may have insufficient amounts of water for generating electricity and wastes thrown-away water; thermal power generation generates CO2 due to fuel; and nuclear power generation requires disposal of spent nuclear fuel or disallows various operations to be performed in normal conditions.SOLUTION: The present invention provides: means of circulating water for generating power; means of rotating a turbine 3 by making water level difference for water to fall; and means of providing a water pipe 1 through which water passes and falls.

Description

（１）タービンを回転させるために利用する水を循環させて、再び水を使用する技術分野です。
（２）タービンを回転させるための水量が全くない場所でも、例えば市街地、又は、山間部でも水槽を設けて、この水を利用する技術分野です。
（３）水に落差をつけて落下させ、この落下水の圧力によりタービンを回転させます。このタービンの回転を発電機モーターに伝動して、電気を発生させる技術分野です。
（４）水を落下させタービンを回転させるために、水を通す為の水管を垂直に立てる。又は、必要とする斜度を設け、傾けて固定し設置します。
この水管の中を、水を通し落下させる技術分野です。(1) This is a technical field where water used to rotate the turbine is circulated and used again.
(2) This is a technical field where water is used even in places where there is no amount of water to rotate the turbine, for example, in urban areas or mountains.
(3) Drop the water with a drop, and rotate the turbine by the pressure of the falling water. This is a technical field where electricity is generated by transmitting the rotation of this turbine to the generator motor.
(4) In order to drop water and rotate the turbine, a water pipe for passing water is set up vertically. Or, set the required slope, tilt and fix.
It is a technical field that allows water to fall through this water pipe.

比較的に限られた場所の山間部の高所にダムを設けて、落差をつけてダムの水を落下させて、タービンを回転させて電気を発生させる水力発電があります。
又は、火力で蒸気を作り出し、この蒸気でタービンを回転させて電気を発生させる火力発電があります。
又は、非常に高温の熱で蒸気を作り出し、この蒸気でタービンを回転させて電気を発生させる原子力を利用した原発があります。There is a hydroelectric power generation system where a dam is installed at a high altitude in a mountainous area in a relatively limited area, and the water of the dam is dropped with a drop and the turbine is rotated to generate electricity.
Or, there is thermal power generation that generates steam with thermal power and generates electricity by rotating the turbine with this steam.
Or, there is a nuclear power plant that uses nuclear power to generate steam with very high temperature heat and rotate the turbine to generate electricity.

水力発電ならば、ダムを設ける、又は、装置を設置する場所の課題です。
又は、水を使い捨てにしている課題です。
火力発電ならば、使用する燃料の取り込み場所の課題です。
このために海辺に限る課題です。又は、燃料から出るＣＯ２の課題です。
原発ならば、海とは切り離せない設置場所の課題。又は、使用済み核燃料の処分の課題。又は、通常の色々な作業を行うにも、通常の状態では作業が行えない課題です。
太陽光発電ならば、日照の課題です。
風力発電ならば、設置の課題と風力の課題です。If it is hydroelectric power generation, it is a problem of the place where a dam is installed or a device is installed.
Or it is an issue that makes water disposable.
In the case of thermal power generation, the issue is where to take in the fuel used.
For this reason, it is an issue limited to the seaside. Or the issue of CO2 from fuel.
If it is a nuclear power plant, the issue of the installation place that cannot be separated from the sea. Or the issue of disposal of spent nuclear fuel. Or, even if you do various normal tasks, it is an issue that you can not do in normal conditions.
If it is solar power generation, it is an issue of sunshine.
In the case of wind power generation, there are installation issues and wind power issues.

（１）水に落差をつけて、例えば５０メートルから１００メートルの高さから、水を水管の中に落下させる手段です。
（２）落下水の圧力によりタービンを回転させます。このタービンの回転を発電機モーターに伝動して、発電機モーターを回転させて電気を発生させる手段です。
（３）タービンを回転させ落下した落下水を再び汲み上げて、水を再び循環させて利用する手段です。
（４）タービンを回転させるための水を、水槽内に必要量を溜め込みます。そして、この水を利用して循環させる手段です。
（５）タービンを回転させるための水を、どこにでもある海面、湖面、池面等の水面上に設置し固定する手段です。そして、これらの水を汲み上げて利用し循環させる手段です。(1) A means to drop water into the water pipe from a height of 50 to 100 meters, for example.
(2) The turbine is rotated by the falling water pressure. This is a means of generating electricity by transmitting the rotation of the turbine to the generator motor and rotating the generator motor.
(3) This is a means of rotating the turbine to pump up the fallen water again and circulating the water again.
(4) The necessary amount of water for rotating the turbine is stored in the water tank. And it is a means to circulate using this water.
(5) A means of fixing and fixing the water for rotating the turbine on the surface of the sea, lakes, ponds, etc. everywhere. It is a means of pumping up, using, and circulating these waters.

（１）水を使い捨てにしないで、循環して再利用するために、水量的な課題はありません。
（２）ダムを設置しなくても、水槽を設ける。又は、海面、湖面、池面等の水を利用できる効果です。
（３）発電しても、ＣＯ２は全くでません。
（４）発電しても、処分物がでません。
（５）自然的な日照、又は、風力等には影響されません。(1) There is no water problem in order to circulate and reuse water without making it disposable.
(2) Even if a dam is not installed, a water tank is provided. Or it is an effect that can use the water of the sea surface, lake surface, pond surface, etc.
(3) Even if power is generated, no CO2 is produced.
(4) Even if power is generated, no waste is generated.
(5) Not affected by natural sunshine or wind power.

図１に示す（９）水槽兼ステージを地中に固定し設置します。そして（１）水管の上部に、（２）水受口と水管の下部に（３）タービンと（４）発電機モーターとを設けた（１）水管を、（９）水槽兼ステージの上部に垂直にして立てる。又は、必要とする斜度を設けて、大きく傾けて固定し設置する形態です。
そして固定し設置した（１）水管の上部にある（２）水受口に、（９）水槽内の水を（５）汲み上げポンプと（６）放水管により、（２）水受口に放水をして、（１）水管の中を落下させます。この落下水の圧力により（３）タービンを回転させます。このタービンの回転を、（４）発電機モーターに伝動して、発電機モーターを回転させて電気を発生させる形態です。
そしてタービンを回転させ、（９）水槽内に落下した落下水を、再び（５）汲み上げポンプで汲み上げて、再び落下水として利用し、水を循環させる形態です。
水量が全くない市街地、又は、山間部などに（９）水槽兼ステージを設置して、水槽内の水を循環させて発電する形態です。The (9) aquarium / stage shown in Fig. 1 is fixed and installed in the ground. And (1) the upper part of the water pipe, (2) the water receiving port and the lower part of the water pipe, (3) the turbine and (4) the generator motor provided (1) the water pipe, (9) the upper part of the water tank and stage Stand upright. Or, it is a form in which the required inclination is set and fixed with a large tilt.
And fixed (1) at the upper part of the water pipe (2) at the water receiving port, (9) the water in the water tank is (5) pumped by the pump and (6) water discharge pipe, (2) water is discharged at the water receiving port (1) Drop the water pipe. (3) The turbine is rotated by the pressure of this falling water. This turbine rotation (4) is transmitted to the generator motor, and the generator motor is rotated to generate electricity.
Then, the turbine is rotated, and (9) the falling water that has fallen into the water tank is again (5) pumped up by the pump and used again as falling water to circulate the water.
(9) A tank / stage is installed in an urban area where there is no water volume, or in a mountainous area, etc., and electricity is generated by circulating the water in the tank.

図２に示す（１１）ステージを海水、湖水、又は、池面等の水面上に突き出して固定し設置します。そして（１）水管の上部に（２）水受口と水管の下部に（３）タービンと（４）発電機モーターとを設けた（１）水管を（１１）ステージの上部に垂直にして立てる。又は、必要とする斜度を設けて、大きく傾けて固定し設置する形態です。
そして固定し設置した（１）水管の上部にある（２）水受口に海水、湖水、又は、池水等の水を（５）汲み上げポンプと（６）放水管により（２）水受口に放水をして（１）水管の中を落下させます。この落下水の圧力により（３）タービンを回転させます。このタービンの回転を（４）発電機モーターに伝動して、発電機モーターを回転させて電気を発生させる形態です。
そして、タービンを回転させ、海面、湖面、又は、池面等に落下した落下水を（５）汲み上げポンプで汲み上げて、再び、落下水として利用し水を循環させる形態です。
海、湖、又は、池等の岸辺の水面上に、（１１）ステージを設置して、豊富にある水を利用してこの水を循環させて、電気を発生させる形態です。The (11) stage shown in Fig. 2 is projected and fixed on the surface of sea water, lake water, or a pond surface. (1) The upper part of the water pipe (2) The water receiving port and the lower part of the water pipe are provided with (3) the turbine and (4) the generator motor. (1) The water pipe is (11) set up perpendicular to the upper part of the stage. . Or, it is a form in which the required inclination is set and fixed with a large tilt.
And fixed and installed (1) at the top of the water pipe (2) water such as seawater, lake water or pond water to the water receiving port (5) pumping pump and (6) drainage pipe to (2) water receiving port Drain the water and drop it in the water pipe (1). (3) The turbine is rotated by the pressure of this falling water. In this mode, the rotation of the turbine is transmitted to the generator motor (4) to generate electricity by rotating the generator motor.
Then, the turbine is rotated and the falling water that falls on the sea surface, the lake surface, or the pond surface is pumped by the pump (5), and is used again as the falling water to circulate the water.
(11) A stage is installed on the water surface of the shore such as the sea, lake, or pond, and this water is circulated using abundant water to generate electricity.

図３に示す（１２）ステージを、海水、湖水、又は、池水等の水中から（８）水面上に突き出して固定し設置します。
そして、（１）水管の上部に（２）水受口と水管の下部に（３）タービンと（４）発電機モーターとを設けた（１）水管を、（１２）ステージの上部に斜度を設けて、大きく傾けて固定し設置する形態です。
そして、固定し設置した（１）水管の上部にある（２）水受口に、海水、湖水、又は池水等の水を（５）汲み上げポンプと、（６）放水管により（２）水受口に放水をして、（１）水管の中を落下させます。この落下水の圧力により（３）タービンを回転させます。このタービンの回転を（４）発電機モーターに伝動して、発電機モーターを回転させて電気を発生させる形態です。
そしてタービンを回転させ、海面、湖面、又は、池面等に落下した落下水を（５）汲み上げポンプで汲み上げて、再び落下水として利用し水を循環させる形態です。
（１）水管に斜度を設けて、大きく傾ける事により、（５）汲み上げポンプの出力の軽減と、高さの軽減を図る形態です。
又は、水を（１）水管の中で散乱させないで落下させるための形態です。
（５）汲み上げポンプ等の電気は、本案の装置が発電した時点で切替えて、自立形態の発電にする形態です。The (12) stage shown in Fig. 3 protrudes from the water, such as seawater, lake water, or pond water.
Then, (1) the upper part of the water pipe, (2) the water inlet and the lower part of the water pipe, (3) the turbine and (4) the generator motor, (1) the water pipe, It is a form that is fixed and installed with a large tilt.
And fixed (1) at the upper part of the water pipe (2) The water receiving port (2) water is received by (5) pumping pump and (6) water discharge pipe to the water receiving port such as seawater, lake water or pond water Water is discharged into the mouth, and (1) the inside of the water pipe is dropped. (3) The turbine is rotated by the pressure of this falling water. In this mode, the rotation of the turbine is transmitted to the generator motor (4) to generate electricity by rotating the generator motor.
Then, the turbine is rotated, and the fallen water that falls on the sea surface, lake surface, or pond surface is pumped up by the pump (5) and used as fallen water to circulate the water again.
(1) By providing the water pipe with an inclination and tilting it significantly, (5) it is a form that reduces the output of the pump and reduces the height.
Or it is a form for dropping water without scattering (1) in the water pipe.
(5) Electricity such as the pumping pump is switched to the self-sustaining power generation when the proposed device generates power.

水槽兼ステージを色々な場所に設置して、水槽内の水を循環させてタービンを回転させます。そして、電気を発生させて住居、店舗、又は、色々な産業に利用します。
海、湖、池等の岸辺に設置して、これらの豊富にある水を利用します。そして、タービンを回転させます。そして、電気を発生させて住居、店舗、又は、色々な産業に利用します。Water tanks and stages are installed in various places to circulate the water in the water tank and rotate the turbine. Then, electricity is generated and used for residences, stores, or various industries.
It is installed on the shores of the sea, lake, pond, etc. and uses these abundant water. Then rotate the turbine. Then, electricity is generated and used for residences, stores, or various industries.

（９）水槽兼ステージの断面図と、（１）水管の立体図です。(9) A cross-sectional view of the tank / stage and (1) a three-dimensional view of the water pipe. （１１）ステージの断面図と、（１）水管の立体図です。(11) Sectional view of stage and (1) Three-dimensional view of water pipe. （１２）ステージの断面図と、（１）水管を傾けた立体図です。(12) Sectional view of the stage and (1) Three-dimensional view with the water pipe tilted.

（１）水管 （８）水面
（２）水受口 （９）水槽兼ステージ
（３）タービン （１０）岩盤
（４）発電機モーター （１１）ステージ
（５）汲み上げポンプ （１２）ステージ
（６）放水管 （１３）水管支柱
（７）支柱(1) Water pipe (8) Water surface (2) Water receiving port (9) Tank and stage (3) Turbine (10) Rock bed (4) Generator motor (11) Stage (5) Pumping pump (12) Stage (6) Water discharge pipe (13) Water pipe strut (7) Strut

Claims (5)

図１に示す（９）水槽兼ステージを、地中に固定し設置します。
（１）水管に（２）水受口と水管の下部に（３）タービンと（４）発電機モーターとを設けた（１）水管を、（９）水槽兼ステージの上部に垂直にして立てる、又は、必要とする斜度を設けて傾けて固定し設置する方法です。The (9) aquarium / stage shown in Fig. 1 is fixed and installed in the ground.
(1) A water pipe (2) A water receiving port and a lower part of the water pipe are provided with (3) a turbine and (4) a generator motor. (1) The water pipe is set up vertically on (9) the upper part of the water tank / stage. Or, it is a method to install it by tilting it with the required inclination. 図２に示す（１１）ステージを、水中から（８）水面上に突き出して固定し設置します。
（１）水管に（２）水受口と水管の下部に（３）タービンと（４）発電機モーターとを設けた（１）水管を、（１１）ステージの上部に垂直にして立てる、又は、必要とする斜度を設けて傾けて固定し設置する方法です。The (11) stage shown in Fig. 2 protrudes from the water (8) on the surface of the water and is fixed and installed.
(1) Water pipe (2) Water inlet and lower part of water pipe (3) Turbine and (4) Generator motor are installed (1) Water pipe is (11) Standing vertically on top of stage, or It is a method to install it by tilting it with the required inclination. 図３に示す（１２）ステージを水中から（８）水面上に突き出して固定し設置します。
（１）水管に（２）水受口と水管の下部に（３）タービンと（４）発電機モーターとを設けた（１）水管を（１２）ステージの上部に、大きく斜度を設けて傾けて固定し設置する方法です。The (12) stage shown in Fig. 3 protrudes from the water (8) above the surface of the water and is fixed and installed.
(1) Water pipe (2) Water inlet and lower part of water pipe (3) Turbine and (4) Generator motor (1) Water pipe (12) Large slope on top of stage It is a method of fixing by tilting. 固定し設置した（１）水管の上部にある（２）水受口に、（５）汲み上げポンプと（６）放水管により、（２）水受口に放水をして（１）水管の中を落下させます。この落下水の圧力により（３）タービンを回転させます。このタービンの回転を（４）発電機モーターに伝動して、発電機モーターを回転させて電気を発生させる方法です。Fixed and installed (1) At the upper part of the water pipe (2) At the water receiving port, (5) Pumping pump and (6) Water discharge pipe, (2) Water is discharged into the water receiving port (1) Inside the water pipe Let fall. (3) The turbine is rotated by the pressure of this falling water. (4) This is a method of generating electricity by transmitting the rotation of the turbine to the generator motor and rotating the generator motor. タービンを回転させ落下した落下水を（５）汲み上げポンプで汲み上げて、再び落下水として利用して水を循環させる方法です。This is a method of circulating the water by using the pump to pump the fallen water that has fallen by rotating the turbine (5) using the pump.
JP2013270249A 2013-12-09 2013-12-09 Method of generating electricity by circulating and reusing water Pending JP2015113831A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2013270249A JP2015113831A (en) 2013-12-09 2013-12-09 Method of generating electricity by circulating and reusing water

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2013270249A JP2015113831A (en) 2013-12-09 2013-12-09 Method of generating electricity by circulating and reusing water

Publications (1)

Publication Number Publication Date
JP2015113831A true JP2015113831A (en) 2015-06-22

Family

ID=53527853

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2013270249A Pending JP2015113831A (en) 2013-12-09 2013-12-09 Method of generating electricity by circulating and reusing water

Country Status (1)

Country Link
JP (1) JP2015113831A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2017072555A1 (en) * 2015-10-28 2017-05-04 Mainsel João Gaspar Method for generating electrical energy through the fall of a weight upon a hydraulic fluid

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2017072555A1 (en) * 2015-10-28 2017-05-04 Mainsel João Gaspar Method for generating electrical energy through the fall of a weight upon a hydraulic fluid
EP3370329A4 (en) * 2015-10-28 2019-08-14 Mainsel, João Gaspar Method for generating electrical energy through the fall of a weight upon a hydraulic fluid

Similar Documents

Publication Publication Date Title
US8823195B2 (en) Hydro electric energy generation and storage structure
JP5964979B2 (en) Pumped storage power plant
KR20100131078A (en) Float type hydraulic power generater
US20090206609A1 (en) Hydro electrical plant
RU2013156272A (en) SYSTEM FOR ELECTRIC POWER PRODUCTION USING PRESSURE OF AIR UNDER WATER
JP2006250139A (en) Hydraulic power generation unit with power source and water circulation type and air-mixing pumping force increasing function
JP2022516880A (en) High-performance gravity moment hydroelectric power generation system
JP3220944U (en) Seawater power generator
JP2010090768A (en) Circulation pipe line type power generation device
JP2015113831A (en) Method of generating electricity by circulating and reusing water
KR100797559B1 (en) Nature friendly methane collecting water tank for river and lake waterpower plant
KR101189213B1 (en) Apparatus for generating electricity using cooling water
JP2007024021A (en) Circulating hydraulic power generation machine and method of combining and assembling the machine
JP2008267370A (en) Gravity generator
JP6675633B2 (en) Power generator
TWM577452U (en) Electricity generation device by harnessing tidal power
JP2018178982A (en) Power generator utilizing buoyancy of air in water
JP2015105651A (en) Underground water power generation device
US8987932B2 (en) Deep water hydro-electric power system
JP3214319U (en) Water pressure power generation system
JP2019078149A (en) Full-scale hydraulic power generation method using seawater
US20240247632A1 (en) Hydropower Water Source Modification
KR20100121122A (en) Land nursery of high tank seawater having small hydropower generating apparatus
Bronicki Solar pond power systems
KR20090025648A (en) Generating system using compressed air in abandoned mine or cave, and the method thereof