KR20080035967A - Electric power generation method by sea water drop. - Google Patents

Abstract

A method for generating electricity due to the difference of dropped sea water is provided to obtain electricity by using a wheel and draining sea water to a sea water transfer unit. An inclination is formed between the sea and the land. A wheel module(12) is installed. A barge, a sea water transfer unit, and a power transmission tower are prepared. The wheel module has a large size because a great amount of sea water is transferred. The wheel module has the weight of 50t when the wheel module has the large size. The wheel module has a length in the range of 3M to 4M, a wheel with an outer diameter of 2.5M, and a weight in a range of 7t to 8t when the wheel module has a small size.

Description

Method of generating electricity by seawater drop. {Omitted}

I is a schematic drawing

   II is a description of the parts of the drawings.

1 is an overall configuration diagram of seawater power generation.

2 is a perspective view of the seawater.

3 is a barge front view.

4 is a water tank side view.

5 is a side view of a cart.

6 is a seawater injection model and a deflector.

7 is a front view of a wagon connection.

8 is a wagon arrangement view of the soft ground.

9 is a seawater input device when the length of the wagon is long.

10 is an auxiliary pillar reinforcement front view when the cart is long.

※ Explanation of code used for main part of drawing

1. Raw material supply. (Seawater)

2. Simple breakwater (tetra port)

6. Main Seawater Tank (Generation Facility Baseline)

12. Wagon module.

15. Power room and transportation system connectors.

27. Emergency tanks (ship repair, painting)

39 Drainage water tank (I use it for the first, second barge launch, too)

43. Barge protection steel.

49. Wagon cart. (Second generation seawater collection device)

53. Assembly Bolt Nut

54. Bearing

55. Auxiliary pillar

As civilization develops, more energy is required. However, it is usually a problem in places where resources are scarce, such as Korea.

In the meantime, a lot of alternative energy has been developed, but a lot is lacking.

There are many ways to get electricity by using a seawater cart to get electricity, either in use or under construction. But the reality is that the amount is small and can not help greatly.

The power generation method by seawater drop allowed mass production as a main affair after processing the seawater transportation system. As you can see in the drawing, you can make your cart long and short. It is better to preempt everything first

For seawater power plants, site selection is very important. The place can be categorized into three kinds of papers: 1, 2, and 3 (EX. 1 paper is naturally surrounded by islands to prevent waves, sea breezes and tsunamis, while maintaining a quiet form like a port. Where)

If you look at the world map, the Korean peninsula is extremely small. The Pacific, Indian and Atlantic coastal countries are very large. When the earth is depleted, the seawater power plant will someday come to its own way.

There have been many seawater power plants, but the damage caused by the typhoon tsunami damage or downtime has occurred.However, the seawater drop-off power generation system is possible to mass-produce by developing the seawater transportation system, and it is far from the typhoon and tsunami damage. The planting will be another cornerstone.

In order to solve the above problems, the slope was made from the sea to the land, the main tank such as 6, and the water meter was installed. 6 is also a reference point when building a power plant. We tried to reinforce the problem and develop a seawater transportation system so that it could be a better power generation system.

※ Since it is made at about 23M underground, Korean technology with a lot of subway and tunnel construction can be enough, and it can be done even deeper.

It is composed of seawater, barge, seawater tank, transportation system, transmission tower, etc., which make seawater as a sound source, make slope from sea to land direction, install cart power generation module, and pass through pipe. The cart is long in length, so the seawater can pass through a large amount, so the wagon module can be installed as a large one (ex. When small: 3 ~ 4M in length, wheel diameter: 2.5M, weight: 7 ~ 8 ton) If the weight of the cart is over 50 tons, all parts are blocked and the parts to be welded after assembly are finished by welding. If the weight is too heavy, the bearings and auxiliary columns can be connected as shown in the drawings 54 and 55 to distribute the center of gravity. The parts to be welded during assembly do not need to have an O-ring.

There are many ships besides barges, but the buoyancy is high.

DETAILED DESCRIPTION Hereinafter, a detailed description of the present invention will be made based on the accompanying drawings.

Prior to the description, the contents of Claim 1 were explained in more detail, and some incorrect notations and expressions were corrected.

This power plant requires technical cooperation, since construction of civil engineering, plumbing, shipbuilding, engineers, design, and other technologies are needed. Especially, piping technology requires a lot of technology.

Safety is first because it is underground and there are many technologies in each field. Second, safety is the safety to the end.

Description of Figure 1.

The first 1 seawater, along 4 drainage pipes, goes from sea to land along slopes up to 6, and 6 is also the reference point for seawater power plants. It is essential when installing a power plant. And if something goes wrong, it's quick. If installed too close to the ocean, it is easy to damage buildings quickly due to typhoons, tsunami damage and sea breezes.

And even though one side is damaged due to earthquake or ground depression, it can not be used, but if you install several power plants and install them one by one like two or three power plants, they are connected. You can continue to develop. It is important to install a water meter in 6 to keep the sea level and 50 ~ 60cm free space to protect the pipe. The seawater that has passed 6 will generate electricity by passing 12. At this time, the height of the seawater and the wagon leaves a drop of 30 to 40cm. This seawater power generation will continue to develop the amount of the seawater, the bearing and the seawater transportation system, which increase the acceleration of the small drop.

Power generation using the wagon module may be operated or under construction, but if there is a little difference, it can be made to assemble all parts, and it can be made long, and it can be mass-produced in small, medium and large size. Depending on the type of boat used, the boat can be assembled and welded on site, but choosing a boat with high buoyancy and high value will help the economy. Boat and seawater tank may be united (it is good)

Line 15 is an important line that connects power plants and seawater transport systems. This will create a synergy effect by keeping a reasonable distance farther away and reserving another sight later.

29 is a maximum of 18, which is necessary when launching the first and second issues. 29 may be installed directly near the 19 and 18 lines. When you want to stay away from the 15th line, it is convenient to install near the 19th and 18th line.

When launching No. 1 and No. 2 on 18, the next No. 3 will be supplied from 39 and then gradually launched.

What is important is the 23 and 40 lines. 23 is the intake line 40, the discharge line 23 is the line to send the developed 1 to 18 and 19, and the 40 line is an important line for the ship to rise and unload when supplying to the 2 and 3 at the same time as the discharge line. Line 40 serves as an aid to the rise and disembarkation of the connecting ship from the sea to the next sea. 5 is a spare ship that plays the same role as other ships, but when repairing the ship and painting the ship, it is in charge until the repair is completed.

27 is used to repair and paint ships and is to be transported to the ship by 26. At the end of all work, ship # 5 returns to normal mission.

The ship develops when the new expression ends, and the ship repeats in the order in which it was launched. Importantly, it's on lines 23, 40 and 33. These three lines are the sea line for seawater transportation equipment. It is worth paying attention to places like Korea where resources are running out and resources are lacking. Of course, the initial cost is high. However, once the construction fee is used for more than 30 years and up to 50 years, it is worth doing business. The synergies are so large that they require technical staff across all fields and require people regardless of gender or age. Particularly during the late night hours, older people may be accompanied by physical rhythms (identification of abnormality in the power plant). If the amount of seawater is 1 ton, the length of the wagon will be the largest in the world. If the ship is made in the form of a turtle ship, the amount of seawater can be loaded on the ship.

Being clean energy, I believe that the world will be a good source of power in this age when the world becomes a serious international issue due to environmental issues.

Since the present invention uses the sea, the power plant can be deleted in various forms in small, medium, large, and various forms, and can be developed four seasons and 24 hours, so that the power generation can be planned.

In particular, the 15th line is an important pipe as the connecting pipe line between the power plant and the transportation system. The distance can be 1 ~ 3M and 100 ~ 1,000M as far as possible.

The electricity generated in the late night can be stored in the electric storage device and used again where it is needed. If the soil from the dig is piled high, it can be used for the second power generation system.

It is good to install and operate the marine sports complex near the power plant.

Claims (1)

A transport system that turns aberrations into seawater, connects the generator to chains, belts, or gears to obtain electricity and drains seawater in unusual ways.

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