Balloon traction wind power generation method

By using balloons to drive ropes or energy boats to generate electricity at high altitudes, the problem of high cost of existing wind power equipment is solved, and a wind power generation method with simple structure and high efficiency of offshore equipment is achieved, which is suitable for power generation equipment with simple structure of offshore equipment.

CN120830592APending Publication Date: 2025-10-24赵振雄
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Patent Information

Application Number
CN202410481697.2
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-04-22
Publication Date
2025-10-24

AI Technical Summary

Technical Problem

Existing wind power generation equipment, especially offshore wind power generation equipment, is costly and has a complex structure. Existing fan-type equipment may be interfered with by obstacles when generating electricity at high altitudes.

Method used

Balloons are used to replace existing wind power generation equipment. The balloons move in the sky to drive ropes or energy boats to generate electricity. The energy boats are alternately driven on the track to generate electricity through the expansion and contraction movement of the balloons. The structure is simple and suitable for marine applications.

Benefits of technology

It reduces the cost of wind power generation and improves power generation efficiency. It is particularly suitable for barrier-free power generation in offshore environments. It has a simple structure and is economical.

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Abstract

The invention relates to a wind power generation method, and aims to overcome the defects that the existing fan type wind power generation is high in manufacturing cost, particularly offshore wind power generation is higher in manufacturing cost, a fan is arranged in a circular helium balloon, and the helium balloon floats to a high altitude of 600 meters to generate power, so that the defects of the existing wind power generation are overcome, and the wind power generation method is economical, practical and simple to manufacture. The balloon is adopted to replace existing wind power generation equipment to reduce the price, the balloon with the simple structure is adopted to generate power, so that the wind power generation structure is simple, the rope for tying the balloon is utilized to generate power in a telescopic mode, and the balloon moves under blowing of wind. According to the method, two ropes are used for walking like two legs of a person and alternately advance and generate electricity, or a balloon is used for driving a lower energy boat to move and generate electricity, the method is particularly suitable for offshore electricity generation, the manufacturing cost is low, and the energy boat is unimpeded without obstacles on the sea surface; the balloon (1) is arranged in the sky and is blown by wind, and the balloon (1) drives the lower energy boat to move; the energy boat (2) generates power through movement and is particularly suitable for offshore power generation, if the energy boat (2) is a ship or a balloon, the ship is pulled by a rope (7) to move, and the underwater part of the ship can be provided with a power generation impeller (8) to generate power through movement of the ship.
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Description

TECHNICAL FIELD

[0001] A wind power generation method. BACKGROUND

[0002] The existing fan type wind power generation has high cost, especially the offshore wind power generation has higher cost, and there are many shortcomings in the fan in the circle helium balloon and the power generation at 600 meters high. SUMMARY

[0003] In order to solve the shortcomings of the existing wind power generation, it is economical and simple to make.

[0004] The implementation method is that the wind turbine is used for high altitude wind power generation, the wind power is larger at higher altitude, especially the offshore wind power is large, the balloon has relatively low cost and flies high, the balloon is used to replace the existing wind power generation equipment to reduce the price, the balloon power generation with simple structure makes the wind power generation structure simple, the balloon is moved by the wind, two ropes are used to walk like two legs, and the power generation is alternately advanced, or the balloon is used to drive the lower energy boat to move and generate power. This method is especially suitable for offshore power generation, and has low cost and no obstacles on the sea surface.

[0005] The beneficial effect is to reduce the price of wind power generation, improve the power generation efficiency, and the structure is simple, especially suitable for offshore power generation. BRIEF DESCRIPTION OF DRAWINGS

[0006] The balloon is used to drive the lower energy boat to move and generate power. Figure 1 The balloon is used to drive the lower energy boat to move and generate power.

[0007] The balloon is used to drive the lower energy boat to move and generate power. Figure 2 The balloon is used to drive the lower energy boat to move and generate power.

[0008] The balloon is used to drive the lower energy boat to move and generate power. Figure 3 The balloon is used to drive the lower energy boat to move and generate power.

[0009] The balloon is used to drive the lower energy boat to move and generate power. Figure 4 The balloon is used to drive the lower energy boat to move and generate power. EMBODIMENT

[0010] Embodiment 1: a balloon traction wind power generation method, a balloon (1) is arranged in the sky, the balloon (1) is driven by the wind, the balloon (1) drives the lower energy boat to move, and the energy boat (2) generates power by moving. It is especially suitable for offshore power generation, and if the energy boat (2) is a ship, the balloon pulls the ship to move by the rope (7), and the ship can be installed with a power generation impeller (8) under the water, and the ship moves to generate power.

[0011] Embodiment 2: A balloon traction wind power generation method, a balloon (1) is arranged in the sky, the balloon (1) is blown by the wind, the balloon (1) drives the energy boat below to move, and the energy boat (2) generates electricity by moving. The energy boat runs on the track (5).

[0012] Embodiment 3: A balloon traction wind power generation method, a balloon (1) is arranged in the sky, the balloon (1) is blown by the wind, the balloon (1) is connected with two ropes (7), the energy boat 1 (3) and the energy boat 2 (4) are connected below the ropes (7), wherein the energy boat 1 (3) is fixed to stretch the connected rope (7) to generate electricity by moving the balloon (1), the other energy boat 2 (4) moves to the next fixed point (5) to fix and contract the connected rope (7), the energy boat 1 (3) moves to the next fixed point (5) to fix and contract the connected rope (7) after stretching, and the energy boat 2 (4) is fixed, the connected rope (7) is stretched to generate electricity by moving the balloon (1), and the two energy boats (2) continuously advance and generate electricity in turn.

[0013] Embodiment 4: A balloon traction wind power generation method, a balloon (1) is arranged in the sky, the balloon (1) is blown by the wind, the balloon (1) is connected with two ropes (7), the energy boat 1 (3) and the energy boat 2 (4) are connected below the ropes (7), wherein the energy boat 1 (3) is fixed to stretch the connected rope (7) to generate electricity by moving the balloon (1), the other energy boat 2 (4) moves to the next fixed point (5) to fix and contract the connected rope (7), the energy boat 1 (3) moves to the next fixed point (5) to fix and contract the connected rope (7) after stretching, and the energy boat 2 (4) is fixed, the connected rope (7) is stretched to generate electricity by moving the balloon (1), and the two energy boats (2) continuously advance and generate electricity in turn. The energy boat runs on the track (5).

Claims

1. A balloon traction wind power generation method, a balloon (1) is arranged in the sky, and the balloon (1) is blown by wind to drive the generator to generate power.

2. The method of claim 1, wherein The balloon (1) is blown by wind to drive the energy boat (2) below to move, and the energy boat (2) generates power by moving.

3. The method of claim 1, wherein The balloon (1) is blown by wind to drive the energy boat (2) below to move, and the energy boat (2) generates power by moving, and the energy boat (2) runs on the track (5).

4. The method of claim 1, wherein The balloon (1) is blown by wind to connect two ropes (7), and the ropes (7) are connected with the energy boat 1 (3) and the energy boat 2 (4) below, wherein the energy boat 1 (3) is fixed to stretch the connected rope (7) to generate power by moving the balloon (1), the energy boat 2 (4) moves to the next fixed point (10) to fix and contract the connected rope (7), the energy boat 1 (3) moves to the next fixed point (11) to fix and contract the connected rope (7) after stretching, and the energy boat 2 (4) stretches the connected rope (7) to generate power by moving the balloon (1), and the two energy boats (2) continuously generate power alternately.

5. The method of claim 1, wherein The balloon (1) is blown by wind to connect two ropes (7), and the ropes (7) are connected with the energy boat 1 (3) and the energy boat 2 (4) below, wherein the energy boat 1 (3) is fixed to stretch the connected rope (7) to generate power by moving the balloon (1), the energy boat 2 (4) moves to the next fixed point (10) to fix and contract the connected rope (7), the energy boat 1 (3) moves to the next fixed point (11) to fix and contract the connected rope (7) after stretching, and the energy boat 2 (4) stretches the connected rope (7) to generate power by moving the balloon (1), and the two energy boats (2) continuously generate power alternately, and the energy boat (2) runs on the track (5).