阅读说明：本技术 自助增压、增值发电机组 (Self-help supercharging and value-added generator set ) 是由 柳保来 于 2019-09-05 设计创作，主要内容包括：本技术是气体经压气机压缩后通过管道进入气轮发电机,推动气轮做功。气轮机采用的是同轴单轮单仓内嵌式设计,使每个轮仓相互不串气形成单独的空间。高压气由上进气口进入第一气轮仓推动气轮旋转做功,做完功后由第一隔仓出口排出,再通过管道进入第二隔仓推动第二气轮做功,做完或的高压气体由第二隔仓出口排也通过导气管道进入第三隔仓推动气轮做功,这样一直下去,把压缩气能量不断放大推动大功率发电机发电,发出的电经整压后并入电网,仅留一小部分电供压气机用电、本设计采用闭路循环使压缩气在压缩气在封闭的管道中没有损失,没有阻力。因此可串联无数台气轮机组发电或无数台单轮风轮机发电,就形成了自助增压、增值发电机组。(The technology is that gas is compressed by a gas compressor and then enters a gas turbine generator through a pipeline to push a gas turbine to do work. The gas turbine adopts a coaxial single-wheel single-bin embedded design, so that each wheel bin does not communicate gas with each other to form an independent space. The high-pressure gas enters the first gas wheel cabin from the upper gas inlet to push the gas wheel to rotate to do work, the high-pressure gas is discharged from the outlet of the first compartment after the work is done, then enters the second compartment through the pipeline to push the second gas wheel to do work, the high-pressure gas after the work is done is discharged from the outlet of the second compartment and also enters the third compartment through the gas guide pipeline to push the gas wheel to do work, the energy of the compressed gas is continuously amplified to push the high-power generator to generate electricity, the generated electricity is merged into a power grid after being compressed, only a small part of electricity is reserved for the power of the gas compressor, and the design adopts closed cycle to ensure that the compressed gas is not lost and has no resistance in the closed pipeline. Therefore, a plurality of gas turbine sets or a plurality of single-wheel wind turbines can be connected in series to generate electricity, and a self-service supercharging and value-added generating set is formed.)

1. A coaxial multi-compartment multi-gas turbine set back pressure synergistic gas turbine generator set is composed of a starter wheel (1), a cooling bearing set (2), a main shaft (3), an air inlet channel (4), a protrusion (5), a groove (6), a fan blade (7), an air duct (8), a coaxial shared gas turbine (9), an air outlet channel (10), a gas turbine (11), a shell (12), a gas compressor (13), a generator single compartment L1L2L3L4L5L6L7L8 and the like, and generates electricity by utilizing aerodynamic force and inertia.

2. The multi-wheel multi-bin embedded coaxial turbine set as claimed in claim 1, wherein the inlet air of the L1 backpressure air inlet and the outlet air at the bottom are connected with the inlet air of the L2 air inlet and the outlet air at the bottom of the L2 through air ducts and then enter the inlet air duct of the L3.

3. According to the claim 1, the outer wheel edge and the inner wheel edge of the air wheel (9) adopt the bin separation bulges and the shell groove embedded grooves which are higher than the fan blades so as to separate the air leakage of each bin.

4. According to claim 1, the fan blades (7) are of the upright type, the tips are bent inwards, and the centrifugal force and inertia are increased by using a material with high density.

5. According to the claim 1, the air duct (8) is connected with each chamber in an outward and oblique manner, the outer side of the main shaft (3) is hollow, the outer weight is small, and the inner weight is light, so that the bearing pressure and the friction force are reduced.

6. The closed-loop circulation design ensures that pipelines have no resistance, and a closed-loop or open-loop power generation method is realized by connecting countless air turbine sets or countless wind turbine sets together in series through the pipelines.

7. A multi-wheel multi-bin coaxial power generation method is based on the principle of designing automobile power and marine power.

The technical field is as follows: clean energy: kinetic energy multiplication power generation technology

Background art: since 1774 watt's invention steam engine application, the world has entered the heat engine era of fossil energy as power source. Although the industrial revolution brings a large-development industrialized era to the world, the consequences of the industrial revolution are also shown, so that the resources are gradually exhausted, the air pollution is serious, the greenhouse effect is more and more obvious, the living conditions of human beings and the global environment are greatly damaged, and the reduction of carbon emission and the reduction of the use of fossil resources are well known to people in the world.

The invention content is as follows: a circular casing is provided with multiple groups of single-wheel single-chamber air wheel groups on an inner main shaft, multiple oblique air guide pipes are arranged outside the casing and connected with each air wheel, and after the air works, the air is connected with an air inlet of an electric air compressor through the air guide pipes. The front part is provided with an electric compressor for providing high-pressure gas as power, and the rear part is provided with a generator connected with the main shaft. The gas turbine generator set is composed of high-pressure gas generated by an electric compressor as power, and a kinetic energy amplification technology designed by using labor-saving and power-saving inertia, centrifugal force and lever principle. It features that several groups of single-wheel single-bin independent air chambers are installed on the main shaft and connected serially with pipes with large air outlet and small air inlet. The gas turbine is formed by welding two disks together with a cylinder slightly larger than the shaft and an outer cylinder with a certain size away from the disks, welding transverse straight blades between the outer side of the outer cylinder and the two disks, wherein the tip parts of the blades are bent inwards, the outer edges of the two disks are higher than the blades by a certain size, the parts of the outer edges higher than the blades are embedded into the grooves of the shell, and the gap between the blades and the shell is small enough for gas to do work. The design forms an independent gas turbine air chamber, the gas turbine shaft and the outer cylinder are hollow and play the role of spokes, the blades of the outer cylinder are made of materials with high density, the inertia is convenient to increase, the gas turbine is enlarged by a ruler according to the principle that the farther the lever principle is from a fulcrum, the high-pressure gas enters the gas turbine surface through the first group of gas inlets to push the gas turbine to rotate to do work, and meanwhile, the high-pressure gas is thrown into the second air chamber to continue to do work by the same large kinetic energy by utilizing the characteristics of centrifugal force and the gas flowing from high pressure to low pressure. Because of the closed circulation, the gas has no loss and resistance in the pipeline, so that the gas is always led into each chamber, the same large kinetic energy is used for doing work to multiply the energy of the gas, and great thrust is generated to push the gas turbine to rotate at high speed to drive the generator to generate electricity. This generates more electricity with less electricity. After the generated electricity is boosted, a small part of the generated electricity is used for the electric compressor, and the rest of the generated electricity is merged into a power grid.

The second method is that the single-wheel single-bin small generator sets are connected in series on the same pipeline of dozens or hundreds of kilometers, and the same effect is achieved, so that the problems of wind selecting field and high erection of the wind turbine generator set are solved.

Description of the drawings:

fig. 1 is a schematic diagram illustrating the structure of the drawing.

The implementation mode is as follows:

the device is an embedded coaxial multi-wheel single-bin gas turbine generator set which comprises a starting wheel 1, a cooling bearing 3, a main shaft 4, an air inlet channel 5, a groove 7, a fan 8, a gas guide tube 9, a gas outlet channel 10, a shell 11, a compressor 13, a generator single bin L1L2L3L4L5L6L7L8 and the like. The gas is compressed by the motor compressor and then enters a closed pipeline to push the gas wheel to rotate to do work through the gas wheel L1, the gas which does work is discharged from the outlet at the lower part of the L1, enters the L2 through the gas guide pipe to push the gas wheel to rotate to do work, and is discharged from the outlet of the L2 to enter the L3 to do work after doing work. The gas wheel is a single bin single wheel, and the relative sealing makes the gas have the same force in each bin, thus the gas pressure is continuously amplified to push the gas turbine to generate electricity, and the high-pressure gas after doing work returns to the gas compressor through the pipeline to carry out the next circulation.

The gas turbine adopts embedded compartment design, and the gas turbine adopts outer fan blade wheel group of cavity, and embedded purpose avoids mutually crossing the gas and forms independent air chamber, and the flabellum adopts the heavy material preparation that density is big, and the purpose is that improve centrifugal force increase inertia. The vertical fan blades at the top of the gas turbine restrain gas to do work, grooves at two sides of the bulge are embedded grooves, a back pressure gas inlet is arranged on the middle bulge of the embedded groove, an air outlet is arranged at the lower part of a shell of the gas turbine, high-pressure gas which does work enters an L2 compartment from an L1 outlet through an air duct to push the gas turbine to do work, a main shaft is coaxial with a multi-wheel compartment gas wheel set gas turbine to drive a generator to generate electricity, and electricity generated by a plurality of gas turbine sets connected in series on the same pipeline is subjected to integral pressure and then is connected to the grid. Only a small part of electricity is left for the compressor to do work, and the high-pressure gas after doing work returns to the compressor through a pipeline and enters the next circulation through the compressor. The method has the advantages that the compressor exhales and inhales air in a balanced manner, so that a pipeline has no resistance, and the compressor saves more electricity.