CN211819789U - Wind energy utilization equipment for student dormitory building - Google Patents

Abstract

The utility model relates to the field of wind power generation, in particular to wind energy utilization equipment for student dormitories, including wind turbines, wind generators, batteries, transparent plates, small rings, nylon ropes, plastic balls, fixed pulleys, rotating handles, wires, metal Pipe sleeves, fixed brackets, roof machine rooms, hanging curtains, radiators and cooling windows. The wind energy utilization equipment of the student dormitory provided by the utility model combines the wind energy utilization device with the building, and combines the auxiliary devices such as the polycarbonate transparent plate structure, so as to achieve the trinity of "roying the wind", "inducing the wind" and "wind power", The multi-building area with rich wind energy resources can make better use of the abundant wind energy it has, and resist the invasion of strong wind to the human body, and improve the human activity environment in the multi-building area rich in wind energy resources. Innovative equipment installation and development provides a new way of thinking.

Description

Student dormitory building wind energy utilization equipment

technical field

The utility model relates to the field of wind power generation, in particular to wind energy utilization equipment of a student dormitory building.

Background technique

Wind energy is a clean energy that is widely used around the world, mainly for wind power generation. In today's society, wind power generation is dominated by large-scale wind power generation such as onshore wind power generation and offshore wind power generation. The installed capacity of global equipment is showing an upward trend and is gradually developing towards large installed capacity. The areas where large-scale wind turbines are constructed are mostly open areas rich in wind energy resources, such as plains, basins and sea surfaces. Micro and small wind power generation equipment is also used, mainly in remote areas where it is difficult to connect wind power to the grid, in order to achieve self-sufficiency. However, in the multi-construction areas with abundant wind energy resources, the equipment for wind energy utilization is rarely seen, so the wind energy resources in these areas are not well utilized. At the same time, due to the abundance of wind energy resources in these areas, strong winds are often generated, causing harm to the human body.

SUMMARY OF THE INVENTION

The purpose of the utility model is to combine the wind energy utilization device with the building, and combine some auxiliary devices, so as to achieve the trinity of "fighting the wind", "inducing the wind" and "wind power", so as to provide wind energy for the multi-building areas rich in wind energy resources. absorption and utilization.

In order to achieve the above purpose, considering the distribution of wind energy resources and the degree of building density, the present invention selects a student dormitory building (6 floors) in a multi-building area rich in wind energy resources as the design platform. Balcony and rooftop design and installation of equipment.

One embodiment of the present utility model provides wind energy utilization equipment for student dormitory buildings, including wind turbines, wind generators, batteries, transparent panels, horizontal louvers, horizontal louvers switch equipment, electrical wires, metal pipe sleeves, fixed brackets, and roofs. Machine room, hanging curtain, radiator and cooling window; the wind turbine includes a vertical axis wind turbine, a first horizontal axis wind turbine and a second horizontal axis wind turbine; the wind generator includes a first vertical axis wind turbine , the second vertical axis wind turbine, the third vertical axis wind turbine, the fourth vertical axis wind turbine, the first horizontal axis wind turbine, the second horizontal axis wind turbine, the third horizontal axis wind turbine, the Four horizontal axis wind turbines, fifth horizontal axis wind turbines and sixth horizontal axis wind turbines; the transparent plates include a first transparent plate, a second transparent plate, a third transparent plate, a fourth transparent plate, a fifth transparent plate transparent plate, sixth transparent plate, seventh transparent plate, eighth transparent plate, ninth transparent plate and tenth transparent plate; the radiator includes a first radiator and a second radiator; Install vertical axis wind turbines in each dormitory balcony, install the first horizontal axis wind turbine and the second horizontal axis wind turbine symmetrically outside the balcony; The second transparent plate, the third transparent plate, and the fourth transparent plate are respectively provided with horizontal louver windshield and horizontal louver windshield switch equipment to manually control the opening degree of the louver windshield, and the hanging curtain is installed on the top of the balcony; The first vertical axis wind turbine, the second vertical axis wind turbine, the third vertical axis wind turbine and the fourth vertical axis wind turbine are installed in the dormitory, and the sixth transparent plate, the seventh transparent plate and the eighth transparent plate are used. The board, the ninth transparent board and the tenth transparent board separate the balcony equipment area from the human activity area, and install the first radiator, the second radiator and the heat dissipation window in the area where the vertical axis wind turbine is installed; in the roof machine room Install the first horizontal axis wind turbine, the second horizontal axis wind turbine, the third horizontal axis wind turbine, the fourth horizontal axis wind turbine, the fifth horizontal axis wind turbine, the sixth horizontal axis wind turbine and the battery ; The wires connect the vertical axis wind turbine to the wind turbine through the inside of the building, and connect the first horizontal axis wind turbine and the second horizontal axis wind turbine to the wind turbine through the outside of the building, and the wires are protected by metal sleeves. The wires are fixed with fixing brackets. All wind turbines are connected to the batteries through wires, and the batteries are connected to the main electrical box.

Preferably, the requirements for safe operation and installation size are met at the same time when the wind turbine is selected.

Preferably, in the selection of wind turbines, if the operating efficiency and the installation size cannot be completely matched at the same time, the installation size requirements are given priority.

Preferably, the wind turbine is installed in the middle of the balcony covering an area of 40-50%.

Optionally, 2 to 3 wind turbines are selected as one group, and one wind turbine is matched to generate electricity.

Preferably, the material of the transparent plate is polycarbonate, which meets the requirements of strong wind resistance, light material and good light transmittance.

Preferably, the thickness of the transparent plate is 30mm, and there is a thickening of 2-3mm at the splicing part.

Preferably, when the transparent panel structure is installed, its layout, the position of the hanging curtain and the position of the transverse louver can be adjusted to a certain extent according to the local specific weather conditions.

Preferably, the fixed pulley device for the horizontal louver is opened and closed by rotating the rotating handle. There are two sets of fixed pulley devices inside and outside. The fixed pulley device consists of a small ring, a nylon rope, a plastic ball, a fixed pulley and a rotating handle. constitute.

Optionally, the accessories installed on the horizontal louver switchgear can be directly cast to form an integrated device, or can be made separately and connected with screws.

Optionally, the hard material in the accessories of the switchgear can be aluminum alloy or polycarbonate.

Optionally, when the transparent panel structure is installed, its layout, the position of the hanging curtain and the position of the transverse louver can be adjusted to a certain extent according to the local specific weather conditions.

Preferably, the metal sleeve of the wire jacket and the fixing bracket outside the building are made of aluminum alloy material to meet the requirements of high strength, good waterproof performance and good economy.

Optionally, under the condition that the safety and aesthetics of building installation are satisfied, the wires are installed concealed.

Preferably, in the balcony and the machine room where the wind turbine is installed, a sound-absorbing sponge is installed for sound-absorbing treatment.

Preferably, in the balcony and machine room where wind turbines are installed, sound-absorbing sponge is installed for sound-absorbing treatment.

] Preferably, the sound-absorbing sponge is installed on the walls on both sides of the balcony and the top and bottom of the transparent plate.

Optionally, in the balcony and machine room where wind turbines are installed, the installation quantity and location are determined according to the specific selection.

Optionally, the vertical axis wind turbine accounts for more than 50% of the balcony area, and the three-dimensional installation method is selected.

Optionally, the vertical axis wind turbine accounts for 50% of the balcony area, and the plane installation method is selected.

Optionally, the proportion of the vertical axis wind turbine to the balcony area is less than 50%, and the plane installation method is selected.

Preferably, all the wind turbines are all connected to the storage battery on the roof, collected through the storage battery, and finally transmitted to the main power box.

The utility model installs auxiliary devices such as the wind energy utilization device and the transparent plate structure in the student dormitory building to form the wind energy utilization equipment of the student dormitory building. Trinity improves the living environment within the student dormitory building and utilizes wind energy that cannot be effectively utilized at present. This device provides a new idea for efficient wind energy utilization in multi-building areas.

Description of drawings

Figure 1 is the installation plan of the balcony equipment on the 2nd to 6th floors, including 1-vertical axis wind turbine, 2.1-first horizontal axis wind turbine, 2.2-second horizontal axis wind turbine, 3.1-first transparent plate, 3.2-second transparent board, 3.3-the third transparent board, 3.4-the fourth transparent board, 3.5-the fifth transparent board and 4--the hanging curtain.

Figure 2 is the installation plan of the balcony equipment on the 1st floor, including 5.1-first vertical axis wind turbine, 5.2-second vertical axis wind turbine, 5.3-third vertical axis wind turbine, 5.4-fourth vertical axis wind turbine , 6.1-sixth transparent plate, 6.2-seventh transparent plate, 6.3-eighth transparent plate, 6.4-ninth transparent plate, 6.5-tenth transparent plate, 7.1-first radiator, 7.2-second radiator and 8- Cooling windows.

Figure 3 is a plan view of the installation of the roof machine room equipment, including 9-machine room, 10.1-first horizontal axis wind turbine, 10.2-second horizontal axis wind turbine, 10.3-third horizontal axis wind turbine, 10.4-fourth horizontal axis Wind power generator, 10.5- fifth horizontal axis wind power generator, 10.6- sixth horizontal axis wind power generator and 11- storage battery.

Figure 4 is the front view of the wind turbine installation, of which Figure 4-1 is the main view of the dormitory (half building), including 9-machine room; Figure 4-2 is the enlarged view of the 1st to 2nd floors (the 3rd to 6th floors are the same as the 2nd floor), Including 1-vertical axis wind turbine, 2.1-first horizontal axis wind turbine, 2.2-second horizontal axis wind turbine, 5.1-first vertical axis wind turbine, 5.2-second vertical axis wind turbine, 7.1-first Radiator and 7.2-Second Radiator.

Figure 5 is a flow chart of the operation of the wind turbine.

Detailed ways

The embodiments of the present invention will be described in detail below with reference to the accompanying drawings, taking specific embodiments as examples.

The utility model selects the area with abundant wind energy resources and multiple buildings as the design area, and selects the student dormitory building as the design platform. m, height 3m, balcony length 1.5m. The outdoor, balconies and rooftops of the entire building are designed to be linked, so as to combine wind energy utilization equipment with the building.

Due to the need to provide a certain space for human activities on the balcony, and the wind turbine of the wind power generation equipment has the characteristics that the higher the installation height, the greater the output efficiency, and the installation position of the wind turbine is also very limited, so only Wind turbines are installed on the 2nd to 6th floors, and the 1st floor and the roof are used to install generators. If the space is still insufficient, a three-dimensional multi-layer structure will be considered for installation.

As shown in FIG. 1, the equipment installation of a single dormitory on the 2nd to 6th floors in the wind energy utilization equipment of a student dormitory provided by an embodiment of the present invention includes a vertical axis wind turbine 1, a first horizontal axis wind turbine 2.1 and a second horizontal axis. Wind turbine 2.2, first transparent plate 3.1, second transparent plate 3.2, third transparent plate 3.3, fourth transparent plate 3.4 and fifth transparent plate 3.5 and hanging curtain 4. The vertical axis wind turbine 1 selects the JDX-C vertical axis wind turbine produced by the Jiadunxiong brand, with 12 wind turbine blades and a diameter of 1m, and is installed at the center of the balcony; the first horizontal axis wind turbine 2.1 And the second horizontal axis wind turbine 2.2 selects the horizontal axis wind turbine model NE-100S produced by Shanghai Lisa New Energy brand, with 5 wind rotor blades, the diameter of the wind rotor is 1.2m, and it is symmetrically installed on the outside of the balcony. The distance between the central axis of the first horizontal axis wind turbine 2.1 and the second horizontal axis wind turbine 2.2 and the axis of the two side walls is 0.8m. The central axis of the first horizontal axis wind turbine 2.1 and the second horizontal axis wind turbine 2.2 and the installation wall The distance to the bottom of the face is 0.6m. The selected material for the transparent plate structure is polycarbonate, the first transparent plate 3.1, the second transparent plate 3.2, the third transparent plate 3.3 and the fourth transparent plate 3.4 are flat plates, and the fifth transparent plate 3.5 is a circular arc plate with uniform thickness. It is 3cm, and there is a 2-3mm thickening at the splicing. The first transparent plate 3.1 is 0.66m long; the second transparent plate 3.2 is 0.66m long, the third transparent plate 3.3 is 0.71m long; the fourth transparent plate 3.4 is 0.71m long; the fifth transparent plate 3.5 is a semicircular arc with a radius of 0.6m cant see thing. Horizontal louvers are installed on the first transparent plate 3.1, the second transparent plate 3.2, the third transparent plate 3.3 and the fourth transparent plate 3.4, and are equipped with switch devices to control them. The hanging curtain 4 is 1.4m long and 0.1m wide, and is installed at the center of the outermost side of the balcony.

As shown in FIG. 2, the equipment installation of a single dormitory on the 1st floor in the wind energy utilization equipment of a student dormitory provided by an embodiment of the present invention includes a first vertical axis wind turbine 5.1, a second vertical axis wind turbine 5.2, a third vertical axis wind turbine 5.2, and a third vertical axis wind turbine. Axial wind turbine 5.3, fourth vertical axis wind turbine 5.4, sixth transparent plate 6.1, seventh transparent plate 6.2, eighth transparent plate 6.3, ninth transparent plate 6.4, tenth transparent plate 6.5, first radiator 7.1 , The first radiator 7.2 and the cooling window 8. The balcony is divided into 3 areas by 5 transparent plates. The thickness of the transparent plates is 3cm, the sixth transparent plate 6.1 and the seventh transparent plate 6.2 are 0.77m long, the tenth transparent plate 6.5 is 1.6m long, and the eighth transparent plate 6.3 and the ninth transparent plate 6.4 are 1.5m long. A transverse louver is installed on the sixth transparent plate 6.1 and the seventh transparent plate 6.2, and is controlled by a matching switch device; on the side of the eighth transparent plate 6.3 and the ninth transparent plate 6.4 near the middle area, they are installed respectively. The height of the first radiator 7.1 and the second radiator 7.2 is 2m from the ground; a heat dissipation window 8 is installed on the center of the tenth transparent plate 6.5, with a length of 0.6m, a height of 0.4m, and a bottom of 1.5m from the ground. Install the first vertical axis wind turbine 5.1, the second vertical axis wind turbine 5.2, the third vertical axis wind turbine 5.3 and the fourth vertical axis wind turbine 5.4 in the middle area. Vertical axis wind turbine of JDX-C. Since 1 wind turbine cannot reach half the output efficiency of wind turbines in this area, and the output efficiency of wind turbines increases with the increase of installation height, 1 wind turbine is shared between 2nd and 5th floor, 3rd and 4th floor One wind turbine is shared, one wind turbine is used alone on the 6th floor, and one wind turbine is used for backup. The wind turbines are evenly distributed in the middle area, with a size of 50cm×50cm×50cm.

As shown in FIG. 3 , the equipment installation of the roof machine room in the wind energy utilization equipment of the student dormitory provided by an embodiment of the present invention includes a machine room 9, a first horizontal axis wind turbine 10.1, a second horizontal axis wind turbine 10.2, a first horizontal axis wind turbine Three horizontal axis wind turbines 10.3, fourth horizontal axis wind turbines 10.4, fifth horizontal axis wind turbines 10.5, sixth horizontal axis wind turbines 10.6 and battery 11. Install the first horizontal axis wind turbine 10.1, the second horizontal axis wind turbine 10.2, the third horizontal axis wind turbine 10.3, the fourth horizontal axis wind turbine 10.4, the fifth horizontal axis wind turbine 10.5, The sixth horizontal axis wind turbine 10.6 and the battery 11. In the same way [0035] the selection mode of the wind turbine of the vertical axis wind turbine, the first horizontal axis wind turbine 10.1, the second horizontal axis wind turbine 10.2, the third horizontal axis wind turbine 10.3, the fourth horizontal axis wind turbine The generator 10.4, the fifth horizontal axis wind turbine 10.5 and the sixth horizontal axis wind turbine 10.6 are all selected from the horizontal axis wind turbine of the model NE-400S produced by Shanghai Lisa New Energy Brand. The output power of the wind turbine is 4 times that of the NE-100S model, which can reduce the number of computer rooms to be used from 4 to 1, which greatly reduces the area of the roof. First horizontal axis wind turbine 10.1, second horizontal axis wind turbine 10.2, third horizontal axis wind turbine 10.3, fourth horizontal axis wind turbine 10.4, fifth horizontal axis wind turbine 10.5 and sixth horizontal axis wind turbine The specifications of the generators 10.6 are all 50cm×50cm×50cm, and they are evenly distributed in the engine room. The electric energy generated by the wind generators of all the vertical axis wind turbines and the horizontal axis wind turbines is collected into the storage battery 11 and finally sent to the electrical appliances for use.

In this embodiment, the installation positions and quantities of wind turbines on the first floor and the rooftop are considered according to the climate conditions and wind conditions of the design site. If the design site is changed, the specific design needs to be carried out according to the actual design site. The installation method of the embodiment of the present utility model is completely copied.

If the design location is changed, there may be insufficient installation space due to the different selection of wind turbines. At this time, a three-dimensional multi-layer structure is required for the installation of wind turbines.

Where the vertical axis wind turbines are installed on each floor, cut off the center of the vertical axis wind turbine with a radius of 20cm. Use wires to pass through these holes to connect each vertical axis wind turbine to the generator. The generator is connected to the battery installed on the roof, and the electric energy generated by the wind turbine is collected into the battery. In order to prolong the service life of the wires, the outside of all wires must be wrapped with aluminum alloy metal sleeves.

As shown in Figure 4, Figure 4-1 is the main view of the dormitory (half building) including the computer room 9; Figure 4-2 is the enlarged view of the 1st to 2nd floors (the 3rd to 6th floors are consistent with the 2nd floor), including the vertical axis wind Turbine 1, first horizontal axis wind turbine 2.1, second horizontal axis wind turbine 2.2, first vertical axis wind turbine 5.1, second vertical axis wind turbine 5.2, first radiator 7.1 and second radiator 7.2. An embodiment of the present utility model provides the main view installation of the external circuit of the dormitory building of the wind energy utilization equipment of the student dormitory building. Install the main wire pipeline on one side of the dormitory building (the left or right side depends on the construction of the building). One end of the pipeline is connected to the wind turbine of the horizontal axis wind turbine, and the other end generates branches. It is connected to the corresponding horizontal axis wind turbine, and the number of branches is determined according to the power matching degree of the selected model. All the wires are wrapped with aluminum alloy sleeves, and aluminum alloy fixing brackets are installed at the forks and corners of the wires to fix them.

For outdoor protective casings and fixed brackets, it is necessary to regularly perform waterproof maintenance and replace rusted and damaged parts to reduce the probability of damage to the wires due to rainstorms, hail and other weather.

The wind turbines of the vertical axis wind turbine and the horizontal axis wind turbine are respectively connected to the battery through the holes dug on each floor of the building and the lines in the machine room.

An aluminum alloy protective case must be installed on the outside of the indoor lines connecting each unit to protect the wires and increase their service life.

As shown in FIG. 5 , the energy transfer process of the wind energy utilization equipment in a student dormitory provided by an embodiment of the present invention. First, the wind energy is absorbed by each wind turbine. Secondly, the wind energy is converted into electric energy by the wind turbine corresponding to each wind turbine. The electrical energy is then routed through wires to the battery for aggregation. Finally, the battery transmits the aggregated electrical energy to the main electrical box for use by electrical appliances.

For horizontal louver switchgear installed on a transparent plate, the elastic pull distance of the switch must be taken into account to prevent unnecessary damage caused by excessive stress. At the same time, losses due to friction also need to be taken into account. Periodically inspect and maintain the switchgear.

The transparent flat plate structure can be used alone to control the airflow organization entering the room, so that the indoor air condition can make people feel more comfortable.

The transparent plate structure can be used in conjunction with the wind turbine to divert the wind direction so that it blows towards the vertical axis wind turbine, thereby indirectly enhancing the efficiency of wind power generation.

The blades of the horizontal louver installed on the transparent plate and its switchgear should be manufactured separately from the main body of the transparent plate, so as to reduce the cost and difficulty of maintenance and replacement when damage occurs.

In the event of severe weather such as heavy rain, the hanging curtain needs to be pulled down and fixed to provide certain protection for the vertical axis wind turbine.

If the utility model is installed in buildings of different specifications, the size can be adjusted proportionally according to local climatic conditions and wind conditions, and the installation angle and reinforcement strength can also be slightly adjusted, but the overall layout remains unchanged.

The wind turbine on the roof can be used in conjunction with solar power generation equipment, so as to achieve wind-solar hybrid power generation.

Under this design condition, since the vertical axis wind turbine hardly reaches the noise range stipulated by the state, the noise reduction sponge is selected for noise treatment. A sound-absorbing sponge with a thickness of 1cm will be installed on the walls on both sides of the balcony, and it will be spread all over the wall. At the same time, a muffler sponge with a height of 0.8m, a length of 1.8m and a thickness of 1cm is installed on the top and bottom of the circular arc transparent plate. This installation method takes into account the noise defense and lighting capabilities at the same time.

Under this design condition, since the vertical axis wind turbine will hardly reach the noise range stipulated by the state, sound-absorbing sponge is used for noise treatment on the first floor of the balcony. Both sides of the two transparent plates perpendicular to the outside wall of the balcony are covered with sound-absorbing sponge, and at the top of the transparent plate with the door that can enter the wind turbine area is installed with a length of 1.3m, a height of 0.8m, and a thickness of 1cm. For the sound-absorbing sponge, install a sound-absorbing sponge with a height of 0.8m and a thickness of 1cm at the bottom except the position where the door has been installed. Because the first floor is mainly installed with wind turbines, it will generate a lot of noise, so the coverage of the sponge is greater, but it can still ensure a certain amount of lighting. This installation method takes into account the noise defense and lighting capabilities at the same time.

Under this design condition, the roof machine room uses silencing sponge for noise treatment. The inside of the wall of the equipment room is covered with 1cm-thick sound-absorbing sponge. Because there is no need to ensure long-term lighting in the equipment room, the quality of noise treatment is mainly considered. At the same time, a radiator must be installed to ensure that the temperature in the machine room will not be too high.

In the present utility model, the most intuitive economic benefit is the electric energy generated by wind power generation, and the economic benefit is calculated from this angle. 2 is the cost budget of the utility model.

In Table 1, according to the electricity cost of urban households is 0.56 to 0.62 yuan/kWh, 0.56 yuan/kWh is selected as the calculation parameter. At the same time, three different working efficiencies of 100%, 70% and 50% were selected to estimate the annual economic benefit. This is because the size and direction of the wind are random. Although there is a U-shaped transparent plate structure to assist, However, there is still a certain fluctuation in the power generation efficiency. Since the design is to connect multiple wind turbines to one wind turbine and use it in an area rich in wind energy resources, there is almost no work efficiency below 50%, so three different work rates of 100%, 70% and 50% are selected. Efficiency estimates the annual economic benefits. In Table 2, the prices of materials such as vertical axis wind turbines, horizontal axis wind turbines and polycarbonate are all from Taobao. Under the working efficiency of 100%, 70% and 50%, the cost can be recovered after 1.75 years, 2.50 years and 3.49 years respectively, and the service life of the wind turbine selected in this design is 10 years, so under normal conditions it can be recovered. There are about 7 years of pure economic benefits, with a net income of about 240,000 yuan.

Table 1 Annual estimated economic benefits of wind power generation

Table 2 Cost Budget

The above-mentioned embodiments merely illustrate the principles and effects of the present invention, but are not intended to limit the present invention. Anyone skilled in the art can modify or change the above embodiments without departing from the spirit and scope of the present invention. Therefore, all equivalent modifications or changes made by those with ordinary knowledge in the technical field without departing from the spirit and technical idea disclosed by the present invention should still be covered by the claims of the present invention.

Claims (7)

1. Wind energy utilization equipment for student dormitory buildings, characterized in that: The wind energy utilization equipment in the student dormitory building mainly includes a wind turbine, a wind generator, a battery (11), a transparent plate, a horizontal louver wind window, a horizontal louver wind window switch system, an electric wire, a metal pipe sleeve, a fixed bracket, and a roof machine room (9). ), hanging curtains (4), radiators and cooling windows (8); The wind turbine includes a vertical axis wind turbine (1), a first horizontal axis wind turbine (2.1) and a second horizontal axis wind turbine (2.2); the wind turbine includes a first vertical axis wind turbine (5.1 ), the second vertical axis wind turbine (5.2), the third vertical axis wind turbine (5.3), the fourth vertical axis wind turbine (5.4), the first horizontal axis wind turbine (10.1), the second horizontal axis wind turbine Wind turbine (10.2), third horizontal axis wind turbine (10.3), fourth horizontal axis wind turbine (10.4), fifth horizontal axis wind turbine (10.5) and sixth horizontal axis wind turbine (10.6) ; The transparent plate includes a first transparent plate (3.1), a second transparent plate (3.2), a third transparent plate (3.3), a fourth transparent plate (3.4), a fifth transparent plate (3.5), and a sixth transparent plate ( 6.1), the seventh transparent plate (6.2), the eighth transparent plate (6.3), the ninth transparent plate (6.4) and the tenth transparent plate (6.5); The radiator comprises a first radiator (7.1) and a second radiator (7.2); Install the vertical axis wind turbine (1) in each dormitory balcony on the 2nd to 6th floors, and install the first horizontal axis wind turbine (2.1) and the second horizontal axis wind turbine (2.2) symmetrically outside the balcony; Install transparent panels in each dormitory balcony on the 2nd to 6th floors, and set them on the first transparent panel (3.1), the second transparent panel (3.2), the third transparent panel (3.3), and the fourth transparent panel (3.4) respectively The horizontal louver and the horizontal louver switch system are used to manually control the opening degree of the louver, and the hanging curtain (4) is installed on the roof of the balcony; Install the first vertical axis wind turbine (5.1), the second vertical axis wind turbine (5.2), the third vertical axis wind turbine (5.3) and the fourth vertical axis wind turbine (5.4) in the dormitory on the 1st floor , use the sixth transparent plate (6.1), seventh transparent plate (6.2), eighth transparent plate (6.3), ninth transparent plate (6.4) and tenth transparent plate (6.5) to separate the balcony equipment area from the human activity area open, install the first radiator (7.1), the second radiator (7.2) and the heat dissipation window (8) at the area where the vertical axis wind turbine is installed; Install the first horizontal axis wind turbine (10.1), the second horizontal axis wind turbine (10.2), the third horizontal axis wind turbine (10.3), the fourth horizontal axis wind turbine (10.4), the Five horizontal axis wind generators (10.5), sixth horizontal axis wind generators (10.6) and batteries (11); The wires connect the vertical axis wind turbine (1) to the wind turbine through the inside of the building, and connect the first horizontal axis wind turbine (2.1) and the second horizontal axis wind turbine (2.2) to the wind turbine through the outside of the building. The wires are made of metal The casing is protected, and the wires outside the building are fixed with fixing brackets. All wind turbines are connected to the battery through the wire, and the battery is connected to the main electrical box. 2. student dormitory building wind energy utilization equipment according to claim 1 is characterized in that: The wind turbine covers an area of 40-50% of the balcony and is installed in the center; Choose 2 to 3 wind turbines as a group, and match 1 wind turbine to generate electricity. 3. student dormitory building wind energy utilization equipment according to claim 1 is characterized in that: The material of the transparent plate is polycarbonate; The thickness of the transparent plate is 30mm, and there is a thickening of 2-3mm at the splicing part. 4. student dormitory building wind energy utilization equipment according to claim 1, is characterized in that: The accessories installed on the horizontal louver switchgear can be directly cast to form an integrated device, or they can be made separately and connected with screws; The hard material in the accessories of the switchgear can be made of aluminum alloy or polycarbonate. 5. student dormitory building wind energy utilization equipment according to claim 1, is characterized in that: Some metal casings of the wire jackets and the fixed brackets outside the building are made of aluminum alloy materials to covertly install the wires. 6. student dormitory building wind energy utilization equipment according to claim 1 is characterized in that: In the balcony and machine room where wind turbines are installed, install sound-absorbing sponge for sound-absorbing treatment; In the balcony and machine room where wind turbines are installed, install sound-absorbing sponge for sound-absorbing treatment; The sound-absorbing sponge is installed on the walls on both sides of the balcony and the top and bottom of the transparent plate. 7. student dormitory building wind energy utilization equipment according to claim 6, is characterized in that: All the wind turbines are all connected to the storage battery (11) on the roof, are collected through the storage battery, and finally transmitted to the main power box.

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