River power environmental protection power energy steel frame equipment

Abstract

1. Technical Field: River power generation equipment, river environmentally friendly power energy equipment. 2. Technical Problem: Current environmentally friendly power generation methods such as hydropower, wind power, and solar power cannot meet people's electricity demand, requiring the supply of thermal and nuclear power. However, thermal power generation is highly polluting, and nuclear power generation carries the risk of nuclear leakage. 3. Technical Solution: Based on different rivers, including flood and dry season water levels and flow rates, various shapes, sizes, and heights of steel frames are constructed in the river. Various shapes, sizes, and heights of lifting tracks and lifting frames are installed on these frames. Various shapes and sizes of floating impellers and generators or other equipment are installed on the lifting frames. The buoyancy of the floating impellers carries the frames, generators, or other equipment to float on the water surface. As the water level rises and falls, the frames move along the tracks. The water flow speed drives the impellers to rotate, which in turn drives the generator to generate electricity or power other equipment to use environmentally friendly power energy. Multiple sets of environmentally friendly power energy steel frame equipment of various shapes, sizes, and heights are constructed according to the size and length of the river, achieving full coverage utilization of river environmentally friendly power energy.

Description

Technical fields:

[0001] River power generation equipment, river environmental protection power energy equipment Background technology:

[0002] In response to the public's pursuit of a green environment, current environmentally friendly power generation methods such as hydropower, wind power, and solar power are insufficient to meet the demand. The public's electricity demand also requires the supply of electricity from thermal and nuclear power plants. However, thermal power generation is highly polluting, and nuclear power generation carries the risk of nuclear leakage. Therefore, after much thought, the inventor has finally invented this device: "safe, environmentally friendly (zero emissions, zero ecological damage), economical, durable." The technology is mature and can be built and generated immediately. It can make a significant contribution to society and to achieving carbon neutrality. Summary of the Invention and Specific Implementation:

[0003] Depending on the different rivers, including flood and dry seasons, water levels and flow velocities, various types of structures are built in the rivers. Steel frames of the same shape, size, and height are used to install various lifting tracks and lifting frames of different shapes, sizes, and heights to lift... The frame is used to mount floating impellers of various shapes and sizes, generators, or other equipment, utilizing the buoyancy of the floating impellers. The carrier frame and generator or other equipment float on the water surface and rise and fall along the track as the water level rises and falls, using the water flow to drive the blades. The rotating wheel drives a generator to produce electricity or power other equipment using environmentally friendly energy. Multiple units can be built depending on the size and length of the river. Various environmentally friendly power energy steel frame devices of different shapes, sizes, and heights are used to achieve full coverage of environmentally friendly power energy in rivers. use. Attached image description:

[0004] Figure 1 This is a schematic diagram of a steel frame equipment for river power generation and environmentally friendly energy.

Claims

1. Depending on the different rivers, including water levels and flow rates during flood and dry seasons, various types of structures are built in the rivers. Steel frames of various shapes, sizes, and heights are used to install lifting tracks and lifting frames of different shapes, sizes, and heights for lifting. The frame is equipped with floating impellers of various shapes and sizes, generators, or other equipment, utilizing the buoyancy of the floating impellers to support them. The frame, generator, or other equipment floats on the water surface and rises and falls along a track as the water level rises and falls, using the water flow to drive the impeller. Rotation drives a generator to produce electricity or powers other equipment to use environmentally friendly energy. Multiple sets were built according to the size and length of the river. Various types of environmentally friendly power energy steel frame equipment of different shapes, sizes and heights are used to achieve full coverage utilization of environmentally friendly power energy in rivers.

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