CN210289862U

CN210289862U - Multistage integrated effect and step-by-step power air energy generator set

Info

Publication number: CN210289862U
Application number: CN201920913672.XU
Authority: CN
Inventors: 万金林; 周超瑛; 周洁; 陈延华
Original assignee: Zhejiang Yuanneng Electric Power Equipment Co ltd
Current assignee: Zhejiang Yuanneng Electric Power Equipment Co ltd
Priority date: 2019-06-18
Filing date: 2019-06-18
Publication date: 2020-04-10
Anticipated expiration: 2029-06-18

Abstract

The utility model discloses a multistage integrated effect and step-by-step power air can generating set, a plurality of cabinet type wind-tunnel barrel that link to each other around including, the air supply storehouse, unable adjustment base and output, install the special integrated generator of many drum-types in the cabinet type wind-tunnel barrel, the special integrated generator of drum-type includes the generator blade, blade baffle and relevant installation bearing, the air supply storehouse is by each storehouse board, the lamina tecti, storehouse and honeycomb wall in the air, air booster fan, parts such as high amount of wind centrifugal fan constitute, cabinet type wind-tunnel barrel upper portion is equipped with photovoltaic cell panel and battery membrane, the generating set end is equipped with gyration type drum wind power generator. The utility model generates electricity by the multi-level integration effect and the step-by-step power air energy principle, has short construction period, low production and maintenance cost, easy management and low cost, and avoids huge investment of long-distance high-pressure transportation; has the great advantages of high efficiency, environmental protection, safety, cheap circulation, no pollution and the like.

Description

Multistage integrated effect and step-by-step power air energy generator set

Technical Field

The utility model belongs to the technical field of the generator, in particular to multistage integrated effect and step by step power air can generating set.

Background

At present, economic development of all countries in the world depends on non-renewable energy sources, a large amount of non-renewable energy sources are harmful to human beings and animals and plants, and the cost of using wind energy and photovoltaic is high and the efficiency is low. Therefore, people hope to invent a novel air energy which is inexhaustible, green, environment-friendly, safe, cheap and can be stably applied.

At present, the investment of the existing modes such as thermal power generation, nuclear power generation, hydroelectric power generation, natural wind power generation and the like is overlarge, and the existing methods such as photovoltaic power generation, biomass power generation and the like have higher cost and low efficiency; and coal, gas, fuel oil, nuclear resources and the like are consumed to the end, and the use of the energy not only causes environmental pollution, but also can cause the result of global warming.

The main power generation mode in the prior art has the following characteristics:

1) thermal power generation: the pollution is large, the energy consumption is high, the efficiency is low, the comprehensive cost is high, and the sustainable development prospect is not available;

2) nuclear power generation: high-low-order radioactive wastes are generated and need to be treated carefully, and compared with the common fossil fuels, the method has the advantages that more waste heat is discharged, the pollution is serious, and the investment cost is high;

3) hydroelectric power generation: the method is pollution-free and can be regenerated, but the occupied area and the investment are large, and the water resource of the earth is relatively lacked;

4) natural wind power generation: the wind power generation method has the advantages that the pollution is avoided, the later-period cost is low, the wind energy is pollution-free and renewable, but the period suitable for wind power generation is short every year, the investment cost of a natural wind power generation plant is high, and the investment recovery period is long;

5) photovoltaic power generation: the photovoltaic irradiation energy distribution density is small, the annual power generation time is low, continuous power generation cannot be realized, the influence of weather conditions such as seasons, day and night, cloudy and sunny weather is large, the accurate prediction of the system power generation amount is difficult, and the manufacturing cost of a photovoltaic power generation system is high;

6) biomass energy power generation: plants can only convert a very small amount of light energy into organic matters, and biomass energy has poor economic benefits because of low dispersibility and energy density and difficult scale utilization and high-efficiency utilization.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved by the utility model

In order to solve the shortcomings and deficiencies of the methods such as thermal power generation, nuclear power generation, hydroelectric power generation, natural wind power generation, photovoltaic power generation and biomass power generation in the prior art, the utility model provides a multistage integrated effect and step-by-step power air energy generator set.

Technical scheme

In order to achieve the above purpose, the utility model provides a technical scheme does:

the utility model provides a multistage integrated effect and power air can generating set step by step which characterized in that, includes a plurality of cabinet type wind-tunnel barrel, air supply storehouse, unable adjustment base and the output that links to each other around, installs the special integrated generator of many cylinders in the cabinet type wind-tunnel barrel, the air supply storehouse is located the generating set front end and is connected with cabinet type wind-tunnel barrel through with air supply storehouse flange and barrel front end flange, passes through barrel rear end flange joint between the cabinet type wind-tunnel barrel, and unable adjustment base is located the generating set bottom.

Furthermore, the special drum-type integrated generator comprises generator blades, a left blade baffle, a right blade baffle, a central shaft, a rolling shaft and a bearing; the two bearings are fixed on two side walls in the cabinet type wind tunnel cylinder, the central shaft is connected with the two bearings, and the rolling shaft is sleeved on the central shaft; the generator blade is sleeved on the roller, and the left blade baffle and the right blade baffle are sleeved on the roller and positioned on two sides of the generator blade.

Further, the air source bin comprises a left bin plate, a right bin plate, an upper bin plate, a lower bin plate, a top cover plate, an air inner bin and a honeycomb wall, wherein the air inner bin is surrounded by the left bin plate, the right bin plate, the upper bin plate, the lower bin plate and the top cover plate, the honeycomb wall covers and is fixed at the rear ends of the left bin plate, the right bin plate, the upper bin plate and the lower bin plate, and a plurality of rows of exhaust holes are formed in the honeycomb wall; the left and right storehouse plates are provided with conveying pipe fixing openings, air source conveying pipes penetrate through the conveying pipe fixing openings, and two ends of each air source conveying pipe are respectively connected with an air booster fan and a high-air-volume centrifugal fan and are controlled by an air supply valve in a conveying mode.

Furthermore, electric reels are arranged on the air inner bin and the upper part of the honeycomb wall; a chain type winding belt is arranged on the electric scroll; a plurality of air volume control gates are linked on the chain type winding belt.

Furthermore, a photovoltaic cell panel support is arranged on the upper portion of the cabinet type wind tunnel cylinder, and a photovoltaic cell panel and a cell film are arranged on the photovoltaic cell panel support.

Further, the output end is connected to the grid-connected inverter and the power transmission line and the power transmission cable through a generator cable.

Furthermore, a rotary drum type wind driven generator is arranged at the tail of the multi-stage integration effect and step-by-step power air energy generator set.

Advantageous effects

Adopt the technical scheme provided by the utility model, compare with prior art, have following beneficial effect:

the utility model has strong safety, no danger during operation, difficult damage by external wind and rain, no damage to ground vegetation and no pollution to natural environment;

the utility model has the advantages of easy construction, installation and debugging, short construction period, low production and maintenance cost, easy management, low cost, near installation and avoidance of huge investment of long-distance high-pressure transmission;

the utility model discloses an application of multistage integrated effect step-by-step power air energy generating set can thoroughly stop haze pollution and can effectively control PM 2.5;

the power generation mode of the utility model does not need any fossil resources and chemical fuels and does not produce any harmful substances. Has the great advantages of high efficiency, environmental protection, safety, cheap circulation, no pollution and the like.

Drawings

FIG. 1 is an assembly schematic view of a cabinet type wind tunnel cylinder, an air source bin, an air booster fan and a high air volume centrifugal fan of the present invention;

FIG. 2 is a schematic view of the structure of the air source chamber of the present invention;

FIG. 3 is a schematic plan view of the drum-type integrated generator;

FIG. 4 is a schematic view of the assembly structure of the special integrated generator for roller type of the present invention;

FIG. 5 is a schematic view of the external connection and photovoltaic cell panel assembly structure of the generator set of the present invention;

the reference numbers in the figures illustrate: 1-cabinet type wind tunnel cylinder; 2-special drum-type integrated generator; 3-a generator blade; 4-blade right baffle; 5-left baffle of blade; 6-central axis; 7-a roller; 8-a bearing; 9-cylinder front flange; 10-a gas source bin; 11-an air source bin flange; 12-left deck board; 13-right deck plate; 14-loading a bin plate; 15-lower bin plate; 16-a top cover plate; 17-air inner bin and honeycomb wall; 18-air exhaust holes; 19-a conveying pipe fixing port; 20-air source delivery pipe; 21-air booster fan; 22-air supply valve; 23-high air volume centrifugal fan; 24-a barrel rear flange; 25-upper cover of machine body; 26-photovoltaic cell panel support; 27-photovoltaic cell panels and cell membranes; 28-a fixed base; 29-an output terminal; 30-a generator cable; 31-a grid-connected inverter; 32-transmission lines and cables; 33-off-grid inverters; 34-a storage battery; 35-tail; 36-rotary drum wind generator; 37-an electric reel; 38-chain tape; 39-air quantity control gate.

Detailed Description

For further understanding of the present invention, the components and operation of the present invention will now be described in detail with reference to the accompanying drawings.

As shown in fig. 1-5, the multistage integration effect and step-by-step power air energy generator set comprises a plurality of cabinet type wind tunnel cylinders 1 which are connected in front and back and erected on the ground or at high altitude, an air source bin 10 is arranged at the front end of the first cylinder, the air source bin is connected with the cabinet type wind tunnel cylinders through cylinder front end flanges 9, a plurality of drum-type special integrated generators 2 are arranged in each cabinet type wind tunnel cylinder, the interiors of the cabinet type wind tunnel cylinders are connected through cylinder rear end flanges 24, and a fixing base 28 is arranged at the bottom of the generator set.

The special drum-type integrated generator 2 comprises generator blades 3, a blade right baffle 4, a blade left baffle 5, a central shaft 6, a rolling shaft 7 and bearings 8, wherein the two bearings 8 are fixed on two side walls in the cabinet type wind tunnel cylinder; the central shaft 6 is connected with two bearings, a roller 7 is sleeved on the central shaft, the generator blade 3 is sleeved on the roller 7, and a blade right baffle 4 and a blade left baffle 5 are arranged on two sides of the generator blade.

The air source bin 10 consists of a left bin plate 12, a right bin plate 13, an upper bin plate 14, a lower bin plate 15, a top cover plate 16, an air inner bin and a honeycomb wall 17; the honeycomb wall covers and is fixed at the rear ends of the left bin plate 12, the right bin plate 13, the upper bin plate 14 and the lower bin plate 15, a plurality of rows of exhaust holes 18 are arranged on the honeycomb wall, conveying pipe fixing ports 19 are arranged on the left bin plate and the right bin plate, an air source conveying pipe 20 penetrates through the conveying pipe fixing ports 19, and the air source conveying pipe 20 is connected with an air booster fan 21 and a high-air-volume centrifugal fan 23 and is controlled by an air supply valve 22. The upper part of the honeycomb wall is provided with an electric scroll 37; a chain type winding belt 38 is arranged on the electric reel 37; a plurality of air volume control gates 39 are linked on the chain type winding belt 38, and when the air compression supercharging blower 21 and the high air volume centrifugal blower 23 are started, the air can be conveyed into the air source bin 10 through the air supply valve 22 and the air source conveying pipe 20; when a certain air quantity is reached in the air source bin 10, air and air quantity can be supplied into the cabinet type wind tunnel cylinder 1 through the exhaust hole 18.

When the air and the air quantity are too large, the special drum-type integrated generator 2 runs too fast, the electric reel 37 can be started to rotate the chain type winding belt 38 to the air exhaust hole 18, and the air quantity control gate 39 is used for semi-opening or 1/3 opening the air exhaust hole 18 so as to achieve the purposes of limiting air and speed; when the air and the air quantity are too small, the special drum-type integrated generator 2 runs too slowly, the electric scroll 37 can be started to rotate the chain type winding belt 38 and leave the air outlet hole 18, and meanwhile, the air quantity control gate 39 is used for fully opening or 2/3 opening the air outlet hole 18, so that the aim of improving the air quantity and the air speed is fulfilled.

The upper part of the cabinet type wind tunnel cylinder 1 is provided with a photovoltaic cell panel bracket 26; the photovoltaic cell panel and the cell membrane 27 are arranged on the photovoltaic cell panel bracket 26, and the generated energy of the photovoltaic cell panel and the cell membrane 27 supplements the electricity consumption of the starting power supply part, so that the generator set does not need an external power supply and does not consume the generated energy of the generator set, thereby achieving the purpose of durable and efficient power generation.

The output end 29 of each generator transmits the generated energy of the cabinet type wind tunnel cylinder 1 to a grid-connected inverter 31 for inversion through a generator cable 30; the inverted alternating current frequency can reach 50Hz or be set as 60Hz according to other national standards, and can be directly connected to the grid, and the electric power is transmitted by the electric power transmission line and the electric power transmission cable 32.

The upper cover 25 of the generator body covers the generator set, the tail part 35 of the generator set is provided with a rotary drum type wind driven generator 36, the residual wind in the wind drum of the generator set can be used for generating electricity, the set generated energy can completely meet the total consumed electric quantity of the whole generator set, so that the generated energy of the generator set is not consumed, and the benefit matching is increased.

The utility model discloses can carry out the contravariant by leaving net dc-to-ac converter 33, the alternating current frequency through the contravariant is 50Hz and can directly use to the battery 34 that matches and have relative capacity carries out the savings electric energy. The power can be directly supplied to any (380V or 220V AC) machinery, electric tools, charging equipment, household appliances, lighting fixtures, electronic equipment, factory and enterprise power supply, and all electromechanical facilities and living facilities needing power, so that huge investment in high-voltage transmission of hundreds of kilometers, thousands of kilometers and tens of kilometers is avoided.

When the utility model is implemented, the front and back width of the cabinet type wind tunnel cylinder single machine is 1.35-2.07 meters (the inner diameter width is 1.34-2.06 meters); the left and right length is 2.80-5.50 m (the inner diameter length is 2.79-5.49 m); the height of the upper part and the lower part is 1.32 to 1.96 meters (the height of the inner diameter is 1.31 to 1.95 meters); a plurality of (26/8 kilowatt to (1690/35 kilowatt) special drum-type integrated generators are respectively arranged in the cylinder body of the cabinet type wind tunnel, and the generating capacity is 208 kilowatts to 59190 kilowatts per hour.

The utility model discloses the size of four kinds of concrete cabinet type wind-tunnel barrel is given below and is implemented:

example 1: the front and back width of the cabinet type wind tunnel cylinder single machine is 1.35 meters (the inner diameter width is 1.34 meters), the left and right length is 2.8 meters (the inner diameter length is 2.79 meters), and the up and down height is 1.32 meters (the inner diameter height is 1.31 meters); 26/8 kilowatt roller generators are respectively arranged in the cabinet type wind tunnel cylinder body, and the total length of the generator set is 35 meters.

Example 2: the front and back width of the cabinet type wind tunnel cylinder single machine is 1.73 meters (the inner diameter width is 1.72 meters), the left and right length is 3.5 meters (the inner diameter length is 3.48 meters), and the up and down height is 1.68 meters (the inner diameter height is 1.67 meters); 202 roller generators/25 kilowatts are respectively arranged in the cabinet type wind tunnel cylinder body, and the total length of the generator set is 350 meters.

Example 3: the front and back width of the cabinet type wind tunnel cylinder single machine is 1.98 meters (the inner diameter width is 1.97 meters), the left and right length is 4.6 meters (the inner diameter length is 4.58 meters), and the up and down height is 1.88 meters (the inner diameter height is 1.87 meters); 505 roller generators with the power of 30 kilowatts are respectively arranged in the cylinder body of the cabinet wind tunnel, and the total length of the generator set is 1000 meters.

Example 4: the front and back width of the cabinet type wind tunnel cylinder single machine is 2.07 meters (the inner diameter width is 2.06 meters), the left and right length is 5.5 meters (the inner diameter length is 5.48 meters), and the up and down height is 1.98 meters (the inner diameter height is 1.97 meters); 1690 roller generators/35 kilowatt roller generators are respectively arranged in the cylinder bodies of the cabinet type wind tunnels, and the total length of the generator set is 3500 meters.

The utility model discloses the device during operation, every generator in the generating set all is an independent electricity generation individual, as long as satisfy wind-tunnel barrel in the wind-speed flow reach 4-8 grades, can send the electric quantity of setting for promptly. The wind power in the wind tunnel cylinder of the generator set is blown by one generator to pass through the next one, and the wind quantity is continuously moved forwards to do work through the step-by-step mutual force application and mutual movement, so that the purpose of generating electricity is achieved.

The utility model discloses realize multistage integrated effect and step by step power air can generate electricity the principle theory be: the method comprises the steps of converting step-by-step motion into energy, integrating step-by-step equivalent energy and multi-stage power aggregation energy to carry out frequency conversion and inversion, continuously applying work at the same time in a mode of mutually applying force step by step and circularly supplementing energy step by step, achieving all-weather perpetual motion operation and frequency conversion and inversion, and carrying out step-by-step circular conversion to achieve cloud power generation, so that the applying work can achieve lasting circular motion, and meanwhile, outputting a power source and power energy to the outside in a circulating mode. The theory realizes the multi-stage integration effect and the running track of the step-by-step power air energy generator set.

The utility model discloses in the implementation process, multistage integrated effect with step by step power air can the generating set can be in same level wind volume, with level wind speed and same level ordinary pressure and constant voltage state under the operation to have the pull strengthening effect of integration effect, and added value a plurality of integration effects of the special integration generator of built-in cylinder. It is that the physical characteristic that receives air flow rate and flow to atmospheric pressure's physical characteristic, the physical characteristic of dryer length, constant voltage and the normal pressure motion, the physical characteristic of air atress traction movement and the integration dynamic step by step form the value-added source and realize to reach the utility model discloses the purpose of generating electricity lastingly.

The present invention and its embodiments have been described above schematically, and the description is not limited thereto, and what is shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. Therefore, if the person skilled in the art receives the teaching of the present invention, without departing from the inventive spirit of the present invention, the person skilled in the art should also design the similar structural modes and embodiments without creativity to the technical solution, and all shall fall within the protection scope of the present invention.

Claims

1. The utility model provides a multistage integrated effect and power air can generating set step by step, its characterized in that, includes a plurality of cabinet type wind-tunnel barrel (1), air supply storehouse (10), unable adjustment base (28) and output (29) that link to each other around, install special integrated generator of many drums (2) in cabinet type wind-tunnel barrel (1), air supply storehouse (10) are located the generating set front end and through with air supply storehouse flange (11) and barrel front end flange (9) with cabinet type wind-tunnel barrel connects, connect through barrel rear end flange (24) between cabinet type wind-tunnel barrel (1), unable adjustment base (28) are located the generating set bottom.

2. The multi-stage integrated effect and stage-by-stage power air energy generator set according to claim 1, wherein the drum-type dedicated integrated generator (2) comprises generator blades (3), a blade left baffle (5), a blade right baffle (4), a central shaft (6), a roller (7) and a bearing (8); the wind power generation device is characterized in that the number of the bearings (8) is two, the bearings are fixed on two side walls in the cabinet type wind tunnel cylinder body (1), the central shaft (6) is connected with the two bearings, the rolling shaft (7) is sleeved on the central shaft (6), the generator blades (3) are sleeved on the rolling shaft (7), and the left blade baffle (5) and the right blade baffle (4) are sleeved on the rolling shaft and located on two sides of the generator blades (3).

3. The multi-stage integrated effect and stage-by-stage power air energy generator set according to claim 1, wherein the air source bin (10) comprises a left bin plate (12), a right bin plate (13), an upper bin plate (14), a lower bin plate (15), a top cover plate (16), an air inner bin and a honeycomb wall (17), the air inner bin is surrounded by the left bin plate, the right bin plate, the upper bin plate, the lower bin plate and the top cover plate, the honeycomb wall covers and is fixed at the rear ends of the left bin plate (12), the right bin plate (13), the upper bin plate (14) and the lower bin plate (15), and a plurality of rows of exhaust holes (18) are formed in the honeycomb wall; the air supply device is characterized in that conveying pipe fixing openings (19) are formed in the left bin plate (12) and the right bin plate (13), air source conveying pipes (20) penetrate through the conveying pipe fixing openings (19), and two ends of each air source conveying pipe (20) are respectively connected with an air booster fan (21) and a high-air-volume centrifugal fan (23) and are controlled to convey through an air supply valve (22).

4. The multi-stage integrated effect and stage-by-stage power air energy generator set according to claim 3, wherein the air inner chamber and the upper part of the honeycomb wall (17) are provided with electric reels (37); a chain type winding belt (38) is arranged on the electric reel (37); a plurality of air volume control gates (39) are linked on the chain type winding belt (38).

5. The multi-stage integrated effect and stage-by-stage power air energy generator set according to claim 1, wherein a photovoltaic cell panel support (26) is arranged at the upper part of the cabinet type wind tunnel cylinder (1), and a photovoltaic cell panel and a battery film (27) are arranged on the photovoltaic cell panel support (26).

6. The multi-stage integrated effect and stage-by-stage power aero-energy generator set according to claim 1, wherein the output (29) is connected to grid-connected inverters and transmission lines and cables by generator cables (30).

7. The multi-stage integrated effect and stage-by-stage powered air energy generator set of claim 1, characterized in that a rotary drum-type wind power generator (36) is provided at the tail of the multi-stage integrated effect and stage-by-stage powered air energy generator set.