JP3103364U - Seawater hydraulic power generator - Google Patents

Abstract

【課題】発電装置の設備の設置、又自然界の制約などが有って雨量が少ない時、風の無い時、日照時間の少ない時、などの問題など一切関係無く、ただ海の水があって満ち潮、引潮が繰りかえされていれば年間を通して何時でも発電する事が出来る海水水圧発電装置を提供する。
【解決手段】海水は満ち潮と同時に、湾２に入る、満潮になった時点で、開いて置いた隔離壁４を閉鎖する、こんどは引潮になった時、湾内の海水は潮位の低くなった海３側へ流れようとする、この水圧を隔離壁４の低部に設置した発電機５に海水を送り発電機を作動させて発電をするものである。
【選択図】図２[Problem] There is no matter what kind of problems such as installation of power generation equipment and when there is little rainfall due to restrictions in the natural world, when there is no wind, when there is little sunshine, etc. To provide a seawater hydraulic power generation device that can generate power at any time of the year if the rising tide and ebb tide are repeated.
The seawater enters the bay 2 at the same time as the rising tide. At the time of the high tide, the opened isolation wall 4 is closed. When the tide becomes low, the seawater in the bay has a low tide. This water pressure, which is about to flow to the sea 3 side, is sent to a generator 5 installed in the lower part of the isolation wall 4 to generate seawater by operating the generator.
[Selection] Figure 2

Description

本考案は海水の満ち潮、引潮の海水の潮位の差を利用した発電装置である。The present invention is a power generation device utilizing the difference between the tide level of seawater at the rising tide and the ebb tide.

水力、火力、原子力、風力、大陽のエネルギーで発電をしているが、気象条件や環境えの配慮などの問題点も多の課題を提示しているが、本考案はそれらの問題を全てを解決出来るものである。It generates electricity using hydro, thermal, nuclear, wind and solar energy, but presents many issues such as consideration of weather conditions and environmental protection, but the present invention addresses all of these issues. Can be solved.

発電に関してはいろいろな方法が有るが、発電装置の設備の設置、又自然界の制約などが有って雨量が少ない時、風の無い時、日照時間の少ない時、などの問題など一切関係無く、ただ海の水があって満ち潮、引潮が繰りかえされていれば年間を通して何時でも発電する事が出来るものである。There are various methods for power generation, but there are no problems such as installation of power generation equipment, when there is little rainfall due to natural restrictions, when there is no wind, when there is little sunshine, etc. However, if there is sea water and high and low tides are repeated, power can be generated at any time of the year.

本考案は湾や入江等を開閉出来る堤防や隔離壁で遮断して、海水の引潮、満潮の潮位の圧力を利用して隔離壁の低部に設置した発電機を稼動して、タ−ビンを回転させて発電する装置で設備を造ってしまえば、ほとんど費用が掛からないのが特徴である。In the present invention, the bay and the inlet are cut off by a dike or isolation wall that can be opened and closed, and the generator installed at the lower part of the isolation wall is operated by utilizing the ebb and tide pressures of seawater and the turbine. If equipment is built with a device that generates electricity by rotating a machine, it is characterized by little cost.

従来の発電設備には多額の費用が掛かり又景観を損ねたりする事が有ったり、天候の具合では思うように目的がはたせなかったが、本考案は天候や環境問題などには一切関係なく、又台風などの大波で湾内の漁船なども此施設の為に最少の被害と言うよりほとんど無害になる事と思われます。Conventional power generation facilities cost a lot of money and could damage the scenery, and the purpose of the weather could not be achieved as expected.However, the present invention is not related to weather or environmental problems at all. It is also expected that fishing boats in the bay will be almost harmless due to this facility due to the typhoon and other large waves.

湾や入江の入り口を開閉可能な隔離壁で遮断して遮断壁の低部に発電機を設置して、湾内の海水と海側の海水の水位が同じになった時、隔離壁の水門を閉じれば自然と潮位の差から生じる水流を発電機に通して発電するものである。The entrance of the bay and the bay is shut off by an openable isolation wall, and a generator is installed at the lower part of the isolation wall. When the seawater level in the bay and the seawater on the seaside become the same, the gate on the isolation wall is opened. When closed, the water flow generated from the difference between the natural and tidal levels is passed through a generator to generate electricity.

以下、添付図面に従って、実施例を説明する。
海水は満ち潮と同時に、２の湾に入る、満潮になった時点で、４の開いて置いた隔離壁を閉鎖する、こんどは引潮になった時、２の湾内の海水は潮位の低くなった３海側え流れようとする、この水圧を４隔離壁の低部に設置した５の発電機に海水を送り発電機を作動させて発電をするものである。Hereinafter, embodiments will be described with reference to the accompanying drawings.
The seawater enters the bay at the same time as the rising tide. At the time of high tide, the open isolation wall of 4 is closed. At the time of the ebb tide, the seawater in the bay 2 has a low tide. Seawater is sent to the generators 5 installed at the lower part of the isolation wall 4 and the generator is operated to generate electric power.

上から見た図View from above 横から見た図View from the side

符号の説明Explanation of reference numerals

１ 陸地
２ 湾
３ 海
４ 開閉可能な堤防又は隔離壁
５ 発電機1 Land 2 Bay 3 Sea 4 Openable dike or isolation wall 5 Generator

Claims (1)

海水の干満の差を利用して湾内と外海を開閉可能な隔離壁で塞ぎ、上げ潮の時は外海から湾内に、引潮の時は湾内の海水が外海に流れる水流を隔離壁の低部に設置した発電機に通して発電するものである。Using the difference in seawater ebb and flow, the inside and outside of the bay are closed with an openable / closable isolation wall, and when the tide rises, the seawater flowing from the bay to the outside is placed at the lower part of the isolation wall at the time of ebb tide. The power is generated by passing through the generator.

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