TW201546365A - Power generation using water buoyancy combined with gravity potential energy - Google Patents

Abstract

The present invention provides a novel power generation method utilizing the water buoyancy theory combined with gravity potential energy to generate energy for power generation. The present invention does not need the nuclear energy, fuel burning, coal burning and so on, for power generation, but only consumes a little energy, that is, small amount of electricity required for sending floats into water tower, which will have no problems of nuclear waste and air pollution, will not contaminate the environment, and can be built at any place for power generation without influences by climate and environment. Thus, the present invention may save the wasted electricity consumed by remote power transmission to the metropolis, and may continuously generate power and really meet the economic, environmental protection and efficiency requirements as a green energy without shortage.

Description

Using water buoyancy combined with gravity energy to generate electricity

This creation is about a similar principle of traditional hydraulic circulation pumping power generation and wind power generation, especially a new invention: a hollow floating ball object using internal pressurized gas, which can be lifted from low to high using the buoyancy of water. At the same time, the floating ball object descends from the high end through the high-pressure straight pipe, generating gravity potential energy to compress the air in the high-pressure straight pipe, forming a high-pressure airflow to push the generator to drive the wind wheel drive generator to generate electricity, and providing a new type of The power generation method uses the floating ball object to repeat the above-mentioned principle action cycle to generate electricity. It is a new invention. It does not need to use nuclear energy, fuel oil, coal, etc. to generate electricity, and there is no problem such as waste materials and air pollution. It will not pollute the environment and will not be affected by the weather environment. It can be built anywhere to build electricity, which not only saves the waste power generated by remote power plants when transmitting power to the metropolitan client remotely, but also continuously generates electricity. It is economical, environmentally friendly, and efficient. It is a green energy that is never lacking.

At present, the traditional tradition does not require the use of energy, and the use of wind and water to generate electricity is based on the kinetic energy of natural wind and water to drive wind turbines and water turbine generators to generate electricity. Although it is an energy-saving and environmentally friendly power generation method. However, it is still limited by the influence of natural weather environment. In particular, wind power generation is often unstable due to natural winds, and it is impossible to continue to generate electricity continuously, which is likely to cause power supply instability. At present, all power plants can only be installed in remote places. Power is transmitted from the power plant to the metropolitan power customer. Often, the power wasted by remotely transmitting power, which is often more than 50% of the power generation. It is still a part of the current traditional power plants that cannot be overcome.

This creation uses the floating buoyant object of the pressurized gas to utilize the buoyancy principle of water to lift the pressurized hollow float from the bottom of the water tower to the water surface at the high point of the water tower, and the float re-uses the gravity (gravity) The principle is that the straight line falling from the height can be straight along the straight line that can withstand high pressure. When the floating ball falls from the height, gravity force will be generated to compress the air in the straight pipe, and the high-pressure airflow is pushed to the outlet below the pipeline. When the airflow encounters the water surface, it bounces and squeezes to the upper and lower sides of the water surface, and the two outlets a and b, and the a end reaches the generator to push the wind wheel drive generator to generate electricity. The other end b is blown to the water surface at the lower end of the high pressure pipe. The floating ball directly enters the water at the lower end of the lower end of the high pressure straight pipe. The water can slow down the impact of the gravity when the floating ball falls, so that the floating ball can be buffered into the water and hit the bottom of the water. When the object is rebounded, the float will float out of the water surface outside the lower end of the high pressure straight pipe. At this time, the float ball will be blown to the water flow at the lower end of the high-pressure straight pipe by the b-end, and will be blown to the outside of the bottom of the water tower to wait, and the float will be pushed into the bottom of the water tower by a similar action of filling the projectile. By repeating the above principle action using the buoyancy of water, the float ball can be raised to a high place and then dropped to a low point to repeat the cycle to generate electricity.

According to the diagram, the whole system with the same pattern (1) is constructed: a water tower (preset value) 110M deep water level building, connecting each height 100M high pressure straight pipe diameter 11M a total of four insert pools, each high pressure straight pipe The splitter a tube is connected to the wind turbine drive generator device. In addition, more than 2,000 pressurized gas hollow floats each having a diameter of 10 M and a weight of 1000 KG are required to be produced, and more than 2,000 float balls are about one hour of power generation. (It takes about 7 seconds for the float to fall from the height of 100M and the straight line of the high-pressure straight pipe. It takes about 7 seconds for all four high-pressure straight pipes to be used for one hour, and about 2058 floats are continuously dropped without interruption. Hours can be used to make the float rise back to the high point and repeat the loop to use). The floating balls on the four high-pressure straight pipes are separated by 2 seconds in each step, and the four-stage different time falls, so that the high-pressure airflow can be kept uninterrupted, and the wind-driven generator is always driven to generate electricity. When the float falls from a height of 100M, it will generate 980,000J gravity to compress the air in the high-pressure straight pipe, and form a high-pressure airflow to push the generator to drive the wind turbine to generate electricity.

A‧‧‧ is the branching line of the high-pressure straight pipe at the bottom of the creation near the water surface to the generator

B‧‧‧ is the branching line of the water surface of the high-pressure straight pipe near the bottom of the water pipe that leads to the lower end of the high-pressure pipe

A‧‧‧ is the float of this creation at the upper end of the high-pressure straight pipe, controlling it to fall into the switch of the high-pressure straight pipe

B‧‧‧ is the float of the creation outside the lower part of the water tower, controlling it to enter the switch of the outer groove of the telescopic tube

C‧‧‧ is the telescopic tube used for the float of this creation to enter the interior of the tower

D‧‧‧ is the pusher for the creation of the float ball that is pushed into the telescopic tube. Another function is to prevent the water pressure in the water tower from entering the telescopic tube when the E watertight door is opened.

E‧‧‧ is the watertight door that allows the floating ball to be discharged from the front end of the telescopic tube

F‧‧‧ is the line of the high-pressure straight pipe in the creation

Figure (1) is a schematic diagram of all the construction of the complete power generation equipment system.

Figure (2) is the creation of the float ball from the upper end of the high-pressure straight pipe to fall freely, generating gravity to squeeze the gas in the high-pressure straight pipe, forming a gas flow through a branch pipe to promote the wind wheel drive generator to generate electricity Figure.

Figure (1) is the creation of the float when the float falls from the high point to the low water, then floats out of the water surface and is blown by the b-flow tube to the outside B switch at the bottom of the water tower, waiting to enter the water tower.

Figure (2) is the creation of the B switch to let the float fall to the outer groove of the C-expansion tube, and use the similar barrel to fill the action of the projectile, and use the D pusher to push the float into the C-expansion tube. . The D pusher is temporarily parked at the edge of the outer wall of the water tower behind the C-expansion tube.

Figure (3) is the combination of the C telescopic tube and the D pusher, and simultaneously pushes into the water tower. When the C telescopic tube enters the bottom of the water tower, the D pusher just stops at the inner wall of the water tower. When the front end of the C telescopic tube E watertight door will open.

Figure (4) is the creation of this part of the C telescopic round pipe to the outer wall of the water tower, but the D pusher still stops at the edge of the inner wall of the water tower, and the floating ball exits from the outer wall of the water tower due to the C telescopic tube. It is blocked by the D pusher and left inside the bottom of the water tower to rise to the surface.

Figure (5) is the creation of the C telescopic round tube all the way to the outer wall of the water tower to return to the original position of the map (a), the D pusher is also stopped at the edge of the inner wall of the water tower did not move, waiting for the front end of the C telescopic round tube E watertight door closed.

Figure (6) is the C-expansion tube front end E watertight door is closed, the D pusher will exit to the rear end of the C-expansion tube.

Figure (7) is the creation of the D pusher to the rear end of the C telescopic tube, and retreat to the outside B switch at the bottom of the water tower, and then re-open the B switch to let the float fall to the outer groove of the C telescopic tube groove.

A‧‧‧ is the branching line of the high-pressure straight pipe at the bottom of the creation near the water surface to the generator

B‧‧‧ is the branching line of the water surface of the high-pressure straight pipe near the bottom of the water pipe that leads to the lower end of the high-pressure pipe

A‧‧‧ is the float of this creation at the upper end of the high-pressure straight pipe, controlling it to fall into the switch of the high-pressure straight pipe

B‧‧‧ is the float of the creation outside the lower part of the water tower, controlling it to enter the switch of the outer groove of the telescopic tube

C‧‧‧ is the telescopic tube used for the float of this creation to enter the interior of the tower

D‧‧‧ is the pusher for the creation of the float ball that is pushed into the telescopic tube. Another function is to prevent the water pressure in the water tower from entering the telescopic tube when the E watertight door is opened.

E‧‧‧ is the watertight door that allows the floating ball to be discharged from the front end of the telescopic tube

F‧‧‧ is the line of the high-pressure straight pipe in the creation

Claims (1)

A hollow floating ball object with a new invention using a pressurized gas, using the buoyancy of water and then combining the gravity potential energy to generate energy, including: a group of four heights (preset value) 100M, each high-pressure straight tube The diameter of 11M is inserted into the pool, and the a branching branch of the four high-pressure straight pipes is connected to the wind turbine drive generator system equipment as the main body. Combined with a water tower with a height of 110M water level, and more than 2,000 hollow float balls with a pressure of 10K each weighing 1000KG. It provides a new type of power generation, which can be repeatedly cycled to generate electricity. It does not need to use energy such as nuclear energy, fuel oil, coal, etc. to generate electricity, and there is no waste material and air pollution... so it will not pollute the environment. The impact of the weather environment can be built anywhere to build electricity to save electricity. It not only saves the waste of electricity that must be consumed when transporting electricity remotely, but also continuously generates electricity. It truly meets economic, environmental protection and efficiency. It is a kind of green that is never lacking. energy.