JP2011058429A - Triangular pyramid shape photovoltaic power generation device, wind power generation device of open wind collection duct, and wind power assistance device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve power generation efficiency of a vertical rotation wind power generation device installed below a non-utility fixed triangular pyramid shape solar panel photovoltaic power generation device. <P>SOLUTION: Non-utility power generation efficiency improvement and stable supply is achieved by installing a wind collecting duct accompanying wind power generation effect by improving wind turbine rotation efficiency by collecting and concentrating wind to a wind turbine section of a small shape of the vertical rotation wind power generation device in a wide range from an outside. Received wind of strong wind pressure resistance is taken as it is from an open collection duct of two opposing wind power generation devices installed at both sides of a wide open wind collection duct mounted on an electric vehicle during travel. Strong power generation and supply from the two opposing wind power generation devices is used for battery charge and travel electric power of the electric vehicle. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to a general self-generated power supply device that uses a wind rotation assisting device of a vertical rotation wind power generation device installed separately under a large stationary triangular pyramid-shaped solar panel solar power generation device, an automobile, etc. It is related with the concentrated duct for wind power generators mounted in.

In recent years, as a measure against global warming, there has been a movement to reduce emissions that generally pollute the atmosphere with carbon dioxide and the like. The use of clean energy that can be generated from solar and wind power generation using natural energy instead of the energy emitted from fossil fuels is advancing.

As a promotion of natural energy, a combined power generation device of solar power generation and wind power generation is cited. For example
Patent No. 4322252 gazette This is a combined power generation device that has both solar power generation and wind power generation combined with wind power generation in the absence of sunshine. In addition, wind is received by the wind turbine portion of the vertically rotating wind power generator, and wind power is generated. Further, the larger the windmill shape, the stronger the wind pressure resistance in the rotational direction, and the large windmill has the opposite effect. Therefore, it is necessary to develop a device that concentrates a large amount of wind that blows over a wide range and directly blows the windmill directly without changing the shape of the windmill. In addition, since the solar panel solar power generation apparatus is installed in a horizontal state with simultaneous rotation of the wind power generation apparatus, power generation efficiency such as irradiation with sunlight is limited unless the sunlight rises to a certain height.

In addition, a natural energy power generation system that supplies electric power to a house has been invented.
The patent No. 4322252 gazette This supplies combined power generation that combines wind power generation and solar power generation of a vertically rotating wind power generator.

Japanese Patent No. 4322252

However, these solar panels are fixed to the roof of a house on the roof of a house in the horizontal state, in the east-facing southeast direction, and in the southwest direction at an inclination angle of about 30 degrees. In addition, the solar panel installed on the street light is also fixed in the same way, so the sunlight is limited to the solar panel. Moreover, since the area received by the wind turbine of the vertical rotation wind power generation is a little small, there are many winds that cannot be received by the wind turbine portion and thus escaped, so the wind power generation efficiency was poor. Therefore, it is an object to provide an assisting air collecting duct device for a wind turbine of wind power generation.

  In order to solve the above-mentioned problems, the present invention according to claim 1 fixes a large number of triangular solar panels to a base that forms a polygonal surface with triangular pyramids. A triangular pyramid-shaped solar panel solar power generation device is a device in which a triangular pyramid inclination angle of about 35 degrees is fixed and fixed by a large number of main pillars. Below that is a wind power generator with a waterproof mechanism with vertical rotation. The shape of the triangular pyramid-shaped solar panel solar power generation device has a tilt angle of about 35 degrees and the tip is directed to the sky. The solar panel with a 360-degree field of view has a light receiving surface and a shading surface in the early morning. Then, a shadow is formed as in the early morning, but it generates electricity in the light receiving part, and it generates electricity over the entire surface for a long time when the sun is in the sky. Even when the orbit of the sun changes during the summer solstice or winter solstice, the light receiving surface is irradiated from any direction as in the solar tracking device to generate electricity. In addition, the device that prevents the solar panel power generation voltage from dropping due to the outside temperature of the solar panel and the direct sunlight rises, and the air is cooled to the necessary places where the outer periphery of the solar panel solar power generation device is not affected. The air collecting duct blowing nozzle of the device is always sent to the front or back of the solar panel, so that the temperature of the solar panel itself can be lowered and stable power supply can be achieved. Falling leaves and dust adhering to the light-receiving surface, snow accumulation on the light-receiving surface during snowfall, etc. have a steep inclination angle, so that there is no power generation hindrance such as adhering matter by a blower.

  In order to solve the above-mentioned problems, the present invention according to claim 2 installs a vertically rotating wind power generator with a waterproof mechanism for combined power generation with a triangular pyramid-shaped solar panel solar power generator to prevent snow damage. A ring-curved wind collecting plate device is installed on the outer periphery of the wind turbine of wind power generation. A large open-mouth funnel shape is formed when two large-sized rings are warped outward in the rotational direction of the windmill and curved wind collecting guide plates are installed at equal intervals above and below the ring. The wind turbines efficiently generate wind power along the induction plate even if the wind blows from any direction around the 360 ° circumference of the curved wind collecting guide plate partitioned into pieces. The combined power generation system of photovoltaic power generation and vertical wind power generation is a quiet wind power generation system that does not generate wind noise during wind rotation, and is thin and lightweight. A solar power and wind power generation generator for home use, with no restrictions on the installation location such as houses, building rooftops, and public facilities that effectively use natural energy 24 hours a day and night to create clean power energy.

In order to solve the above-mentioned problem, the present invention according to claim 3 is directed to fix the triangular pyramid-shaped solar panel solar power generation device with a large number of main pillars, and to the entire circumference of the vertically rotating wind power generation device installed underneath. A large-diameter air collecting duct three-row wind spray nozzle installed in a surrounding area at a required location, the air collecting duct air blowing nozzle to be mounted on the outer periphery of the triangular pyramid solar panel solar power generator A wind collecting duct blower nozzle mounted on a large-diameter air collecting duct three-row wind spray nozzle installed at a required location. As a device to prevent voltage drop due to the outside temperature of the solar panel and direct sunlight, the air blown over a wide range is taken in by the air collecting duct and concentrated by the air blowing nozzle to cool the air on the surface of the solar panel. Power supply can be performed. In addition, a partition distribution plate for evenly distributing the wind to the three-row wind spray nozzles is installed inside the large-diameter wind collecting duct three-row wind spray nozzles installed at necessary locations on the outer periphery of the wind turbine of the wind turbine generator. The large-diameter air collecting duct three-row wind spray nozzle is configured at an angle directed in the windmill rotating direction. A large-diameter air collecting duct that captures a wide range of wind blowing from any direction of 360 degrees The wind turbine is rotated by concentrated wind power from a wind-spraying nozzle, and the wind blowing from the east, west, south, and north is efficiently captured in that direction The wind turbine that blows concentrated wind pressure with the installed large-diameter wind collecting duct three-row wind spray nozzles generates high-speed and efficient power generation, and is a combined power generator for 24 hours through wind and solar power generation day and night.

  In order to solve the above-mentioned problem, the present invention according to claim 4, the triangular pyramid five-sided solar panel solar power generation device is levitated above the small wind power generation device on the small wind power generation device fixed to the tip portion of the high pole. Fix the necessary points to the state at an angle. In addition, a combined power generation device for combined use of solar power generation and wind power generation for street lights, where LED lighting is installed at convenient locations on the pole.

In order to solve the above-mentioned problems, the present invention according to claim 5 is a shutter opening / closing wind pressure adjustment control device installed inside a hood of a passenger car, which automatically opens and closes a damper with or without supplementary charging of battery power consumption. The two wind turbine generators opposed to each other and having a wide open concentrated duct are equipped with a waterproof mechanism, and a bellows is bent upward and fixed to a wide open concentrated duct installed in the front grille of the front of the vehicle. Proceed while receiving strong wind pressure resistance while traveling, passing through the wide open air collecting duct that takes in the strong wind pressure, passing through the bellows, if rain wind enters during rain it removes a lot of moisture in the bellows part, wind pressure flows in, wind pressure is The wind pressure supplied by the wind turbines of the two opposing wind power generators at the same time and divided by the central boundary plate flows into the exhaust port. In addition, a large amount of power is required by the summer season cooler and the winter heater, which consumes a lot of power, and the battery is used for vehicle operation with a strong power supply during driving. This device is a small, thin and light two wind turbine generator with no vertical rotation noise.

In order to solve the above-mentioned problems, the present invention according to claim 6 is mounted on a convenient place such as a roof or a top portion of a large bus of an electric vehicle. The damper opening / closing wind pressure adjustment control device is a device that automatically controls the rotational power generation of the windmill by opening / closing the damper with or without the supplementary power of the battery power consumption, and two devices on both sides of the open wind collecting duct installed at the tip An arm opening and closing drive device installed on both sides of the damper, which installs the opposed wind power generation device, and slides the damper from bottom to top and down to adjust the flow of wind pressure during travel. It can also be completely closed. A central partition plate is used to fix the center of the open air collection duct from the tip to the end. The strong wind pressure that enters from the open air collecting duct that bisects the strong wind pressure resistance while driving can provide wind turbines with high-speed rotation for wind turbines installed opposite to each other with the central partition plate as a boundary. This device is small, thin and lightweight, and has no noise such as wind noise caused by windmill rotation. The open wind collecting duct two-facing wind power generator uses a stable supply of generated electric power during traveling to charge a battery or use it for power consumption of a traveling vehicle.
An electric vehicle is driven by a battery electric motor driven by a tire linked to a drive unit, and only the power consumption of the battery is used. The only external power supply device that is running is a solar panel of low-power sunlight. There is no power generation at tunnels or at night. It is also the power consumption of the nighttime headlights and the summer cooler that consumes the most power and the heater in the winter. In addition, it contributes to the reduction of the load capacity of the installed battery, and automatic semi-rotating streamlined projection vents are installed on both sides of the open air collecting duct. A small piece enters the open air collecting duct, closes the damper to prevent damage to the wind turbine, removes strong clumps that jump in the streamlined projections on both sides that have been turned over, and removes the strong pressure that flows only through the streamlined projection. Supply wind power with resistance. The open wind collecting device with two dampers with open / close wind pressure adjustment control is a wind power generator that efficiently uses two wind generators that use strong wind pressure during driving regardless of day and night.

  In the present invention, the triangular pyramid-shaped solar panel solar power generation apparatus is installed with the tip of the solar panel having a stationary inclination angle of about 35 degrees facing upward. The light receiving surface with a field of view of 360 degrees can receive and generate power for a long time from the early morning sun to noon to evening. In addition, the solar panel receives and generates power from any direction, such as the automatic solar tracking device, even if the solar orbit changes in the summer solstice, winter solstice, etc., and a triangular pyramid is installed with many triangular solar panels. It can cope with the power generation of the part that is exposed to sunlight and the shadow part for wiring. In addition, the shape of the triangular pyramid is around 35 degrees with a gradient angle at which the fallen leaves and dust adhering to the light-receiving surface impeding the power generation of the solar panel and snow accumulation during snowfall cannot be attached.

  Triangular pyramid-shaped solar panel A number of solar power generators are fixed with a large number, and a large ring curved wind collecting guide plate is installed on the outer periphery of the wind power generator with a vertical rotating waterproof mechanism installed below it. A 24-hour combined power generation system consisting of a wind power generator and a triangular pyramid-shaped solar panel solar power generator that generates electric power by rotating the windmill with wind that strikes the induction plate.

  Three rows of large-diameter wind collecting ducts that are installed around the necessary points on the outer periphery of a vertically rotating wind turbine generator that is fixed under a number of main pillars with a triangular pyramid-shaped solar panel. The wind collecting duct blowing nozzle mounted on the wind blowing nozzle is a triangular pyramid solar panel. The solar panel of the solar power generation device is a wind collecting duct blowing nozzle that prevents the voltage drop due to the increase in the outside air temperature or direct sunlight. The solar panel solar power generation system is installed in the necessary places on the outer periphery of the solar panel solar power generation system, and the wind pressure is blown from the air collecting duct blower nozzle to cool the wind pressure to the surface of the solar panel. Supply can be made. At the same time, a large-diameter air collecting duct installed in a necessary location on the outer periphery of the three-row wind spray nozzles efficiently takes the wind blown from any direction of 360 degrees into the wind turbine of the wind turbine generator. A large-diameter air collecting duct three-row wind spray nozzle of a wind turbine assist device that supplies generated power simultaneously with high-speed wind turbine rotation by concentrated spraying from the nozzles.

  A pentagonal pyramid-shaped solar panel solar power generation device is fixed at an important point at an important point in a floating state on a vertically rotating wind power generation device fixed to the tip of a high pole. Street light that installs LED lighting at a convenient place on the pole. Photovoltaic power generation system.

  A wind turbine generator with two open air collecting ducts with air pressure adjustment control that opens and closes the shutter from the front grille inside the front bonnet, using the wind pressure resistance generated by the passenger car of the electric vehicle. The shutter wind pressure switchgear automatically adjusts the rotational power generation of the windmill by automatically opening and closing the shutter for control such as prevention of excessive power generation. An electric vehicle is a power supply system that supplements the power required for battery supplementation, operation power, summer season cooler, winter heater, etc., with a two-sided wind power generation, which requires a large amount of power to supply power while driving.

An open wind collecting duct with two air pressure adjustment ducts installed on the roof of electric cars, buses, cold trucks, trucks, etc. is installed on the left and right sides of the damper. Open / close wind pressure adjustment control of the damper that slides downward. This device also serves to prevent excessive power generation. In addition, the wind pressure taken into the open air collection duct while keeping the wind pressure that is running while receiving extremely strong wind pressure resistance while traveling is divided into two by the central boundary plate, and two powerful wind turbines that enter the two wind turbines simultaneously enter. A wind turbine generator that simultaneously generates power with a wind turbine that rotates at high speed with wind pressure. This device is a small, thin and light wind power generator with quiet vertical rotation that does not generate wind noise. A large amount of battery is mounted on a large electric vehicle bus, and the battery occupies more than half of the load capacity. By reducing the load capacity of this battery, the mileage can be extended. In the summer season, a cooler is used. Uses a heater to heat the interior of the vehicle, consumes a large amount of power, and installs an automatic semi-rotating streamlined projection vent on both sides of the tip of the air collecting duct. During the winter season, snow clumps and crushed pieces of ice enter the open air collecting duct and close with a damper to prevent damage to the windmill. The windmill wind turbine generator is rotated by the wind pressure that enters the airflow through the streamlined projection part where only the wind pressure is transmitted through the streamlined projection part. Accordingly, an object is to provide a power supply device that is running with an open wind collecting device with two open wind collecting ducts with damper open / close wind pressure adjustment control that supplements these electric powers.

DESCRIPTION OF EMBODIMENTS Embodiments of a wind power assisting device for wind power generation using a triangular pyramid-shaped solar panel solar power generation device and an open wind collecting duct according to the present invention will be described below in detail with reference to the drawings.
A number of triangular solar panels are fixed to one triangular pyramid multi-surface inclined base. Two triangular pyramid-shaped solar panels are fixed under a large number of three main pillars under a solar power generation system. No. 4 wind power generator is installed, and the ring curved wind collecting guide plate device is configured with a wide open funnel shape on the outer peripheral portion of the wind turbine, and the curved wind collecting guide plates are installed at equal intervals in the rotation direction of the wind turbine. Wind power blowing from any direction of 360 degrees is a curved wind collecting guide plate, which is a combined power generator for 24 hours through wind power generation and solar power generation day and night simultaneously with wind turbine rotation concentrated on the wind turbine.

  Solar panel triangular pyramid tilt angle around 35 degrees, with the solar panel tip facing upwards, the sun can receive and generate sunlight from the early morning to the daytime and evening according to the location environment and date and time from 360 degrees . In addition, the guide plate is installed in the direction of rotating the windmill from any direction of 360 degrees all around the ring curved wind collecting guide plate of the wind power assist device installed on the outer periphery of the wind turbine generator with vertical rotation waterproofing mechanism A ring-curved wind collecting plate device and a wind power generator that help rotation with the wind pressure flowing through the wind turbine.

  6 large-diameter wind collectors installed in the surrounding area of the wind turbine generator with vertical rotating waterproof mechanism, fixed with a number of main pillars under the triangular pyramid solar panel solar generator Necessary outer periphery of triangular pyramid-shaped solar panel solar power generation system, in which air is uniformly blown by 7 distribution partition plates and 8 air collection duct blower nozzles are installed inside the three-row duct spray nozzle The wind collection duct blower nozzle installed in the place is a blower nozzle that prevents the solar panel from lowering the voltage due to an increase in the outside air temperature or direct sunlight temperature. A wind turbine generator and a triangular pyramid-shaped solar panel solar power generator that send wind directly to the windmill without escaping the wind blowing from any direction of 360 degrees all around with a large-diameter wind collecting duct three-row spray nozzle installed on the outer periphery Day and night 24 hours combined cycle power generation device.

  On the tip of the high 9 poles, on the 10 small wind power generators, on the 10 triangular wind power generators, 11 triangular pyramid pentahedral solar panel solar power generators are placed on the wind power generators. There are 13 street lamps that are fixed at 12 angles and equipped with LED lights at convenient locations on the pole. A combined power generation system that uses a solar power generator and a wind power generator throughout the day and night.

17 bellows are bent and installed in an S-shape in wide open concentrated ducts of 16 two-unit opposed wind power generators installed on both sides of 14 wide open concentrated ducts with 14 shutter opening / closing wind pressure adjustment control devices mounted on an electric vehicle. , Prevent intrusion of rainwater at the bellows part where wind and rain enter, proceed while receiving strong wind pressure resistance during driving, the strong wind pressure passing through the inside of the bellows of the wide open concentrated duct that takes in the strong wind pressure is 18 of the inside of the duct 19 wind turbines installed at two opposite sides at the central boundary plate, and 19 wind turbines installed at the same time supply wind power that rotates at high speed simultaneously, cooler in summer season when electric vehicle consumes more power, heater in winter season This is a small, thin and lightweight wind power generator that makes up for a lot of power consumption by using two wind power generators.

Installed 20 damper open / close wind pressure adjustment control devices installed on the roof of large electric vehicle buses, etc. Installed two opposed wind power generators with waterproof mechanism on both sides of 21 open air collection ducts The mechanism is small, thin and light and noise Does not come out. The 22 arm opening / closing drive devices mounted on both sides of the damper are damper opening / closing wind pressure adjustment control devices that slide from bottom to top and downward. This device also serves as a device for preventing excessive power generation. A central boundary plate is fixed from the tip to the end at the center of the open air collecting duct. While generating strong wind pressure resistance during traveling, a two-unit generator power supply device that rotates the two opposing wind turbines at high speed while maintaining the strong wind pressure that is divided in two at the tip of the open air collecting duct is necessary during traveling Stable power supply can be achieved with the two opposed wind power generators that are using the power consumed by the cooler in summer, which consumes a large amount of power, and the heater in winter.
In addition, 23 automatic semi-rotating streamlined projection vents are installed on both sides of the open air collection duct tip, snow clumps and crushed ice pieces enter the open wind collection duct and break the windmill during winter running Close the damper to prevent. The wind pressure used by the two opposed wind power generators is released from the 24 exhaust ports due to the strong wind pressure resistance that only the wind pressure flows through the streamlined projection part by removing the lump of snow jumping at the streamlined projection part that was turned upside down The

Triangular pyramid-shaped solar panel solar power generator installed on the roof of a house, on the roof of a building, building, or public facility, vertical rotating wind power generator as a wind power assisting device, ring curved wind collecting guide plate device around the windmill This vertical rotating wind power generator is a quiet power generator that does not generate wind noise during rotation. It is thin and lightweight, and it is possible to supply power stably with a combined power generation device of solar power generation and wind power generation 24 hours a day and night.

  Directly attached to the wind turbine of the wind turbine generator at the required location on the outer periphery of the vertical rotating wind turbine generator installed under the triangular pyramid solar panel solar generator that can be installed in public facilities on the roof of houses, business establishments, and buildings Install a large-diameter air collection duct three-row spray nozzle on the device that sends the wind pressure, and install a wind collection duct blow nozzle on this, this wind collection duct blow nozzle is the outer periphery of the triangular pyramid solar panel solar power generator The solar panel is a device that cools the air from the necessary points to the surface part of the solar panel, and the solar panel prevents the power generation from decreasing due to the temperature rise of the outside air temperature or direct sunlight. In addition, the wind pressure that enters the large-diameter wind collecting duct over a wide range of wind blowing from 360 degrees in the east, west, south, and north is straight, and the three-row wind spray nozzles are concentrated directly on the windmill part to generate wind power , A combined power generation system for solar power and wind power generation 24 hours a day and night.

On the small wind power generator fixed at the tip of the high pole, fix the necessary points at an angle in a floating state on the small wind power generator of the triangular pyramid solar panel solar power generator, Street light with LED lighting installed at a height, combined power generation device for 24 hours day and night of wind power generation and solar power generation.

  A wind power generator that is running due to the popularization of electric vehicles. A cooler in the summer season with the highest power consumption of an electric vehicle, which installs two opposed wind power generators with wide open concentrated duct bellows with shutter opening / closing wind pressure adjustment control device at the air vent of the front grill inside the bonnet, Powerful wind pressure received by the traveling vehicle from a wide open concentrated duct with a shutter opening / closing wind pressure adjustment control device installed inside the front grille for a device that supplements a lot of power necessary for vehicle operation such as a heater in winter Wind turbines on both sides rotate at high speed with the central boundary plate inside the duct connected to the bellows that incorporates resistance. From the two opposed wind power generators, stable power supply can be performed while the vehicle is running.

Install two opposed wind power generators on both sides of the open air collecting duct with damper open / close wind pressure adjustment control device that can be mounted on the roof of electric cars, buses, cold cars, trucks, etc. at the front and other convenient places, open A central partition plate is installed in the center of the air collecting duct from the tip to the end. A large bus of an electric vehicle is equipped with a large amount of battery, and more than half of the vehicle load is occupied by the battery. The wind pressure is a powerful wind pressure taken from an open air collecting duct divided in half, and the wind turbines facing the two wind turbines rotate at high speed.The two wind turbine generators provide stable power supply while the vehicle is running. By adding more, it is possible to reduce the amount of battery installed.

A side view and a side view showing a ring-curved wind collecting plate apparatus on the outer periphery of a wind turbine of a vertically rotating wind power generator fixed under a main pillar at a necessary lower part of a stationary triangular pyramid-shaped solar panel solar power generator FIG. It is the top view and partial sectional view which show a ring curve airflow collection induction board apparatus on the outer periphery of the windmill which shows rotation in the direction of the arrow under a triangular pyramid-shaped solar panel solar power generation device. A fixed pyramid-shaped solar panel solar power generator is fixed at the main pillar with a main pillar, and below it is a wind turbine with a large-diameter air collecting duct on the outer periphery of a vertical rotating wind power generating apparatus and a three-row wind spray nozzle FIG. 5 is a completed slope view showing the mounting of the air collecting duct air blowing nozzle on the upper part. It is the partial cross section figure and top view which show the air collection duct ventilation nozzle on the outer periphery of a wind power generator on a large diameter air current collection duct. It is a top view which shows a distribution partition plate in the inside of a large aperture air collecting duct three-row wind spray nozzle. It is a completed slope view which shows the air collection duct ventilation nozzle in the upper part of a large diameter air collection duct. It is a side view of the street light of the wind power generation and LED illumination light under the triangular pyramid solar panel solar power generation device. It is a completed slope figure of a wide open concentration duct bellows with a shutter opening / closing wind pressure adjustment control device and a two counter wind power generator. It is the top view and sectional drawing which show the wind turbine of 2 sets | fronts of a 2 sets opposing wind power generator bordering on the center boundary board inside a wide open concentration duct with a shutter opening / closing wind pressure adjustment control apparatus. With the damper opening / closing wind pressure adjustment control device open with the arm opening / closing drive device, the automatic semi-rotating streamline protrusion vents on both sides of the wind collecting duct are turned over, and the sliding opening / closing mechanism is installed on the exterior side of the two opposed wind power generators on both sides of the duct It is a completed slope view provided. It is a completed slope figure of the state which closed the open wind-collection duct front surface with the damper, and fixed the automatic semirotation streamline projection vent on both sides in the run direction. It is the top view and sectional view which show the wind pressure which closes the open wind collection duct front with a damper, and the wind pressure which flows along the semi-rotary streamline process on both sides enters into a vent by an arrow.

DESCRIPTION OF SYMBOLS 1 Triangular pyramid polyhedral inclination base 2 Triangular pyramid shape solar panel solar power generation device 3 Main pillar 4 Wind power generation device 5 Ring curved wind collection guide plate device 6 Large-diameter wind collection duct Three-row wind spray nozzle 7 Distribution partition plate 8 Wind collection duct Blast nozzle 9 Pole 10 Small wind power generator 11 Triangular pyramid five-sided solar panel solar power generator 12 Angle 13 Street light 14 Shutter opening / closing wind pressure adjustment control device 15 Wide open concentrated duct 16 Two opposed wind power generators 17 Bellows 18 Central boundary Plate 19 Windmill 20 Damper open / close wind pressure adjustment control device 21 Open air collecting duct 22 Arm open / close drive device 23 Streamlined projection vent 24 Exhaust vent

Claims (6)

Triangular pyramid-shaped solar panel solar power generation device, which fixes a large number of triangular solar panels to a triangular pyramid multi-surface inclined base, can be made into a large dome shape, with many main pillars under a stationary solar power generation device A wind turbine generator with a vertical rotating waterproof mechanism is installed, and the ring-curved wind collecting and guiding plate device, which has a wide open funnel shape on the outer periphery of the wind turbine, is curved at even intervals in the wind turbine rotation direction. The wind power blowing from 360 degrees, which installs the wind collecting guide plate, is a curved wind collecting guide plate that is a 24-hour combined power generation device through day and night of wind power generation and solar power generation at the same time as wind turbine rotation concentrated on the wind turbine. 2. The solar panel according to claim 1, wherein the solar panel has a triangular pyramid tilt angle of about 35 degrees and the solar panel tip is directed to the sky so that the sun receives light from the early morning to the daytime to the evening according to the location environment and date and time. The wind turbine generator is installed on the outer circumference in a method for the purpose of wind power generation, which is characterized by being able to efficiently receive wind and wind power efficiently. A wind power generator of a ring-curved wind collecting plate apparatus that assists in rotation by wind pressure flowing in the guiding plate in a method of rotating a windmill by wind blowing from any direction of 360 degrees all around the wind collecting plate apparatus. 3. A large-diameter installation in a state of being surrounded by necessary points on the outer periphery of a wind turbine generator with a vertical rotation waterproofing mechanism fixed by a large number of main pillars under a triangular pyramid-shaped solar panel photovoltaic generator in claim 2. A wind collecting duct blowing nozzle installed on the outer periphery of a triangular pyramid-shaped solar panel solar power generation device, where the wind collecting duct blowing nozzle is mounted on the three-row wind blowing nozzle of the wind collecting duct, the solar panel has an outside temperature This is a blowing nozzle that prevents voltage drop due to temperature rise of direct sunlight and for cooling by sending wind from the entire circumference to the surface of the solar panel. A 24-hour combined power generator with daylight and night time of wind power generation and triangular pyramid solar panel solar power generation at the same time as rotating the windmill without escaping the wind blowing from any direction of 360 degrees all around with the injection nozzle. Triangular pyramid five-sided solar panel solar power generator is floated on top of the wind power generator on the small wind power generator fixed to the tip of the high pole, and necessary points are fixed at an angle. A combined power generation system of solar power and wind power, which is a street light equipped with LED lighting in various places. It is possible to use an anti-freezing heater device in the shutter opening / closing part during the winter of the shutter opening / closing wind pressure adjustment control device mounted on the electric vehicle, and the wind turbine can be automatically opened and closed by charging or not charging the battery power consumption. This is a method to prevent the invasion of rainwater in the bellows part by fixing bellows in the wide open wind collecting duct of the two wide open concentrated ducts of the opposite wind power generator, fixing the central boundary plate in the center of the duct, Install two opposed wind power generators on the left and right, install a wide open air collection duct inside the front grille, take in strong wind pressure resistance while driving, wind pressure is divided by the central boundary plate through the bellows Wind turbine power generator that supplies wind power, wind pressure comes out from the exhaust port after rotating at high speed. Mounted on electric vehicles, buses, cold trucks, truck roofs, etc., equipped with damper opening / closing wind pressure adjustment control device, installed two opposed wind power generators on both sides of the open air collection duct, dampers up and down from bottom to top The sliding movement is moved by the arm opening and closing drive on both sides of the damper to adjust the wind flow. The strong wind pressure resistance during driving is taken into the open air collecting duct as it is, and the wind pressure is divided into two by the central boundary plate inside the duct. The wind pressure generated by rotating the wind turbine of the two opposed wind power generators at high speed with the wind pressure flows out to the exhaust port as it is, with automatic half rotation on both sides of the open air collection duct, and a streamlined projection vent, running during the winter season A small piece of snow or a piece of ice splattered from the air enters the open air collection duct to prevent damage to the windmill.When it snows, close the damper with a heater with freezing protection and turn it over. Automatic half-rotation, streamlined projection vents are fixed by rotating halfway in the running direction, removing by streamlined projections such as snow clumps, and only wind pressure passes through the streamlined side and enters wind ventilator wind turbine generator. After that, the battery is replenished with a two-sided wind power generator that installs a semi-rotating, streamlined projection vent on both sides of an open air collecting duct with an all-weather damper open / close wind pressure adjustment control device that flows out to the exhaust port Also used for operating power.

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