River water power generation plant

Abstract

To solve the problem with nuclear power generation that nuclear power generation damages a human body when radioactivity leaks; and on July 3, 2023, a briefing was held in the city of Kakogawa on the stratum disposal of high-level radiation waste by "NUMO" of the Agency for National Resources and Energy, when it was explained that the high-level radiation waste has to be stored 300 meters underground for 100 thousand years, to solve the problem with thermal power generation that Co2 generated in the thermal power generation causes global warming, etc. and people are suffering from abnormal weather, and to solve the problem with photovoltaic power generation that the issue of disposal of harmful substances in panels such as lead and arsenic is beginning to emerge in photovoltaic power generation facilities whose service life is nearing the end.SOLUTION: The present invention is to thoroughly control river water that is left unattended with AI, etc. to make it always safe and use it for power generation.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] [Background technology]

[0002] [Prior art documents] [Patent documents]

[0003] [Patent Document 1] [Patent Document 2] [Non-patent literature]

[0004] [Non-Patent Document 1] [Non-Patent Document 2] Summary of the Invention A water intake weir ▲1▼ is installed in a river or lake, and a water conveyance pipe ▲3▼ is installed at the intake port ▲2▼, within which a water wheel (impeller) ▲4▼ is placed. A top ▲6▼ made of magnetized iron or other material is connected to the axle ▲5▼ of this, and rotated together with the impeller by the force of the drainage water flow, generating electricity between a coil ▲7▼ wound near the top. This electricity is transferred outside the river via electric wires ▲17▼, converted by a converter ▲18▼, and passed through a generated power integrator ▲19▼ to a consumption line connection box ▲20▼, which is then connected from a manhole to the consumption underground line ▲21▼. [Problem to be solved by the invention] Nuclear power generation produces radiation, and thermal power generation produces carbon dioxide, which are both harmful to humanity. Rather than leaving the water in rivers and lakes unchecked, we want to use AI and other methods to thoroughly control it and use it safely to generate electricity. [Means for solving the problem] In this plan, water in rivers and other places is constantly monitored by installing water level sensors, and when heavy rain or linear precipitation warnings are issued, artificial intelligence (AI) is used to control the dams to make the water safe, and the force of the water flow is used to rotate a waterwheel (impeller), generating electricity between the connected rotors and a coil wound nearby, and consuming that electricity nearby, reducing consumption loss. Changing the transmission of electricity to buried cables can also improve the beauty and safety of the town. Effect of the Invention Mountainous countries, including Japan, have many rivers and lakes, and if their water could be used to generate electricity without causing natural disasters, the benefits would be immeasurable. River and lake water should not be left unchecked, but should be thoroughly managed using artificial intelligence to prevent flooding from heavy rains, such as by controlling the height of dams, storage volume, and discharge volume, and used to generate electricity without causing disasters. If flood prevention measures are implemented completely from upstream to downstream, river water can be dammed as many times as necessary, and water can be taken for power generation as many times as necessary, making it highly useful. There is no radioactivity like nuclear power, and no carbon dioxide gas like thermal power generation, so it can generate electricity that is safe for the human body. [Brief description of the drawings] [Figure 1] ▲1▼ is the intake weir, ▲2▼ is the intake, ▲3▼ is the water conveyance pipe, ▲4▼ is the water wheel (impeller), ▲5▼ is the shaft, ▲6▼ is the top, ▲7▼ is the coil, ▲8▼ is the drain, ▲9▼ is the flow stopper, ▲10▼ is the flow stopper, ▲11▼ is the water level gauge, ▲12▼ is the water level adjustment plate, ▲13▼ is the slide groove of the water level adjustment plate, ▲14▼ is the water level adjustment elevator, ▲15▼ is the water level adjustment power line, ▲16▼ is the water level adjustment control box, ▲17▼ is the river transmission line, ▲18▼ is the converter, ▲19▼ is the generated power integrator, ▲20▼ is the consumption line connection box (terminal box), ▲21▼ is the underground consumption transmission line, ▲22▼ is the river / lake bank, and ▲23▼ is the river / lake bank road. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS By controlling the flow of river water with artificial intelligence (AI), even during heavy rainfall such as linear precipitation, we can make the water flow safely without flooding, and generate electricity without causing pollution to humans. EXAMPLES [Industrial Applicability] Currently, river water is left unchecked, but using AI and other technologies, it could be completely controlled to turn it into safe water that does not flood, and electricity could be generated for industrial use without any adverse effects on the human body.

Claims

1. A water intake weir ▲1▼ is set up in a river, and a water conveyance pipe ▲3▼ is installed at the intake ▲2▼ (or at the intake of a lake, for example), and a water wheel (impeller) ▲4▼ is attached inside it, which is rotated by the force of the drainage water flow, and a top ▲6▼ made of magnetized iron or the like is fixed to the end of the water wheel shaft ▲5▼, and electricity is generated between the coil ▲7▼ wound close to it. The generated electricity is converted to AC or the like by a converter ▲18▼ through an in-river power line ▲17▼, accumulated by an accumulator ▲19▼, and connected to an underground consumption line ▲21▼ at a consumption line terminal boss ▲20▼.

2. The water level of the river is constantly measured by the water level gauge ▲11▼ and is constantly controlled by the control box ▲16▼ to keep it at a safe level. When a heavy rain warning or linear precipitation advisory is issued, the water level is lowered in advance to adjust it to a safe level. In this way, a safe water flow is secured to generate electricity. Rather than being left unchecked, the river water is controlled to minimize flood damage.

3. As mentioned above, the electricity generated in a safe manner is converted at 18 via the in-river power line 17, accumulated at 19, and connected to the terminal of the consumption transmission line buried underground at the consumption line junction box 20. By increasing the number of consumption cables buried underground and using them, accidents caused by external forces can be prevented and this contributes to improving the beauty of the city. The scope of the equipment structure mentioned above is the above three items.

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