SU1681040A1

SU1681040A1 - High and low tide percussive hydraulic electric power station

Info

Publication number: SU1681040A1
Application number: SU884618044A
Authority: SU
Inventors: Алексей Яковлевич Анохин
Original assignee: А.Я.Анохин
Priority date: 1988-12-21
Filing date: 1988-12-21
Publication date: 1991-09-30

Abstract

Изобретение относитс к гидроэнергетике . Цель изобретени - повышение мощности ударной гидроэлектростанции. Волновоспринимающий элемент механизма преобразовани энергии волн выполнен в виде поворотного щита 1, св занного механической передачей с валом электрогенератора , размещенного в корпусе (К) 4. К 4 установлен с возможностью перемещени относительно береговой опоры 6 при помощи гибких элементов - цепей 7, охватывающих ролики 8 и 9, один из к-рых установлен на бпоре 6, а другой закреплен на дне мор . К К4 прикреплены приливной и отливной желоба со стороны мор и со стороны берега соответственно. Электрогенератор размещен в нижней части К 4, его вал установлен вертикально. Щит 1 размещен в верхней части К 4 и выполнен с вогнутыми волновос- принимающими поверхност ми, обращенными к желобам. Система автоматического регулировани выполнена в виде двух по-, тенциометров. Один потенциометр установлен на К 4 и его движок св зан с осью поворота щита 1. Другой потенциометр выполнен в виде вертикальной рейки, закрепленной на приливном желобе. Поплавок взаимодействует с рейкой, св занной с берегом кабелем. 7 ил.This invention relates to hydropower. The purpose of the invention is to increase the power of a shock hydroelectric station. The wave-receiving element of the wave energy conversion mechanism is made in the form of a rotary shield 1 connected by a mechanical transmission to the shaft of an electric generator placed in the housing (K) 4. The 4 is mounted for movement relative to the coastal support 6 by means of flexible elements - chains 7, covering the rollers 8 and 9, one of which is mounted on the clamp 6, and the other is fixed on the bottom of the sea. Attached to К4 are a tidal and drain trough from the sea and from the coast, respectively. The generator is located in the lower part of the K 4, its shaft is installed vertically. Shield 1 is placed in the upper part of K 4 and is made with concave wave receiving surfaces facing the grooves. The automatic control system is made in the form of two potentiometers. One potentiometer is mounted on K 4 and its slider is connected with the axis of rotation of the shield 1. The other potentiometer is made in the form of a vertical rail mounted on a tidal trough. The float interacts with the rail connected to the shore by a cable. 7 il.

Description

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Фиг. 2FIG. 2

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Фиг.ЗFig.Z

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Фиг. 5 &FIG. five &

Фиг. 6FIG. 6

Claims

Claim

A tidal shock hydroelectric power station containing a wave energy conversion mechanism, the wave-receiving element of which is made in the form of a rotary shield connected by a mechanical transmission to the shaft of an electric generator located in the housing, the latter is installed with the possibility of movement relative to the shore support using flexible elements covering the rollers, one of which is mounted on a support, and the other is fixed at the bottom, and an automatic control system, characterized in that, in order to increase station sensitivity, it is equipped with two inclined troughs, one of the tidal is fixed to the hull from the shore, the other of the tidal is from the sea, the electric generator is located in the lower part of the hull, its shaft is installed vertically, and the shield is placed in the upper part of the hull and made concave wave-receiving surfaces facing the gutters, while the automatic control system is made ¹ in the form of two potentiometers, one of them is mounted on the body, its engine is connected with the axis of rotation of the shield, the other is made in the form of a vertical lath mounted on the tidal gutter, and a float for interaction with the lath.

View A / 4

V

FIG. 5 m

FIG. 6