KR100668232B1 - Solar auto track thermoelectricity generation equipment - Google Patents

Abstract

The present invention has a structure in which thermal power is generated by a temperature difference between two kinds of dissimilar metals by sunlight, and a current is generated, and is heated by the solar heat collected by a heating unit (telebismuth plate), which is an electron emitting unit, and is then electric Produces a release.

Transparent glass plate is installed outside the metal tube composed of lead telluride tube, which is an electron collecting unit, and water flows to reduce resistance due to heat, and hydrogen-generating photocatalyst is added to the water, producing hydrogen gas and storing it in the hydrogen storage tank to fuel the cloud It is used as cell fuel to supply heating heater power and household electricity, and the produced hot water is used for heating. The structure is located in a transparent round glass tube and the interior is vacuumed, using a two-axis automatic tracking system to obtain continuous solar heat.

Thermoelectric power generation glass tube, heating plate, lead tellurium tube, bismuth telluride plate, hydrogen storage tank, collector plate house, optical sensor box, horizontal DC motor, vertical DC motor, screw.

Description

Solar automatic tracking thermoelectric generator. {SOLAR AUTO TRACK THERMOELECTRICITY GENERATION EQUIPMENT}

1 is a side view of the entire assembly.

2 is a detailed view of a thermoelectric glass tube.

3 is a detailed elevation elevation detector.

4 is a detailed view of a horizontal azimuth detector.

5 is a perspective view of the light sensor box.

6 is a perspective view of the horizontal DC motor when stopped.

7 is a perspective view of the horizontal DC motor in operation.

8 is a perspective view of the vertical DC motor when stopped.

9 is a plan perspective view of the vertical DC motor in operation.
10 is a front view of FIG. 1.
11 is a perspective view of FIG.

Explanation of symbols on the main parts of the drawings

1. Heat collecting plate house 1-1. Transparent glass plate for airtight 1-2. Optical sensor box 1-3. Upper heating plate

1-4. Lower heating plate 2. Screw rotary bearing 3. Vertical DC motor

3-1. Vertical Elevation Angle Detector 4. Horizontal DC Motor 4-1. Horizontal Azimuth Detector

5. Tee type vertical support 5-1.Vertical bearing 5-2.Automatic controller 5-3.Vertical rotation center shaft

6. Rotating Plate 7. Linear Condenser 8. Thermoelectric Glass Tube 8-1. Telluride bismuth

8-2. Tellurium Tube 8-3. Transparent glass plate 8-4. Electrode plate 8-5. wire

9. Round trip transfer guide 9-1. Screw 9-2. Screw tightening shaft 9-3. Feed guide rotation center shaft

10. Chain 11. Mounting Plate 11-1. Ballcaster 11-2. Internal Vertical Support 12. Horizontal Support

13. Thermal storage tank 14. Circulating pump 15. Hydrogen storage tank 16. Inlet pipe 17. Outlet pipe

18. Heat release pin 19. Pressure control tank 20. Hot water discharge valve 21. Water discharge valve

22. Tank discharge valve 23. Light-emitting diode 24. Light-emitting diode 25. CD sensor

26. Heater 27. Inverter

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The technical field to which the present invention belongs is a field including mechanical, electronic, and electrochemistry based on thermodynamics of physics, and the conventional technology is divided into domestic and foreign countries. Recently, technology for obtaining electricity and hot water from thermoelectric power generation is on the verge of commercialization, but further improvements and developments are required in terms of stability of tracking device, efficiency of power generation and hot water production.

The technical problem to be achieved by the present invention is to improve the efficiency of electricity production and hot water production amount of the existing thermoelectric power generation significantly. It is a technical problem of the present invention to produce more than twice as much electricity and three times more hot water in electricity production.

The present invention consists of a two-axis tracking system, thermoelectric power generation and hot water tank system to absorb continuous sunlight. In the solar tracking system, the heat collecting plate house 1 is composed of FRP, and the specification is 3m in width and width, respectively, and the inside is painted in black so as to increase the heat collecting efficiency, and the inside of the heat collecting plate house 1 is illustrated in FIG. As shown in (10), the upper heating plate (1-3) and the lower heating plate (1-4), etc. are fixedly installed on the upper and lower portions of the inner surface of the heat collecting plate house (1), and the linear condenser (7) is fixed inside. The thermoelectric power glass tube 8 is positioned at the center of the linear light collector 7, and an alloy aluminum frame is installed to be fastened to the tee-shaped vertical support 5, and the upper surface is a transparent glass plate for sealing sunlight. -1) is sealed. {The hermetic transparent glass plate 1-1 is composed of tempered glass and polycarbonate} As shown in the perspective view of Figs. 5 and 11, an optical sensor box 1 is provided on the upper side of the heat collecting plate house 1. -2) is installed, the inside of the CD sensor 25, which is an optical sensor is installed, the groove which is projected to the upper part of the optical sensor box (1-2) is attached to the UV blocking film to UV the CD sensor (25) The system operation method automatically receives the electrical signals from the CD sensor 25 and the horizontal azimuth and vertical elevation detectors 4-1 and 3-1 and automatically operates according to the program flow chart in the microprocess. Vertical and horizontal control angles are controlled within 0.06 ° and 0.1 °.

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In the vertical and horizontal direction control system method, as shown in Fig. 5, the position of the east-west direction of the sun position is first determined by the optical sensor box 1-2 in which five CD sensors 25 are installed. To move. The working example is shown in Figs. 6 and 7, as shown in Figs. 8 and 9, wherein the five optical sensors are arranged in a positive shape, such as the shape of an add symbol, and are combined in such a close form. The central portion of the upper surface of the optical sensor box (1-2) covering the CD sensor 25 is composed of a metal and synthetic resin with a small groove and sealed on all sides.
As shown in Fig. 6 as an example of operation, when light is projected vertically on the CD sensors 25 located at the center and left and right, the dotted dotted line indicates the area where the sunlight is projected vertically. , That the amount of light of the CD sensor 25 is equivalent means that the resistance value decreases. The operation principle changes from 5 volts to 2 volts due to the decrease in the resistance according to the electromotive force when the light is incident vertically, so that the changed resistance value is centered in the microprocessor of the automatic controller 5-2. The electrical signal is short-circuited to the output section to stop the horizontal DC motor 4 on the rotating plate 6 so as to perform the next operation corresponding to the lowered resistance value according to the flow chart of the programmed program which is transmitted to the input of the processing unit. When the house 1 is matched with the direction in which sunlight is projected, heat is generated while the light is collected by the linear condenser 7 installed therein, so that water is generated by the operation of the circulation pump 14 installed in the inlet pipe 16. The thermoelectric power generation glass tube (8) can be passed through to produce electricity and hot water, and the heated water passes through the upper heating plate (1-3) and the lower heating plate (1-4) installed inside the heat collecting plate house (1). When the surface is heated and stored in the heat storage tank 13 through the discharge pipe 17, and also the light collector box (1-2) installed in the linear light collector (7), thermoelectric glass tube (8) and the heat collecting plate house (1). It matches the direction in which sunlight is projected.
In the example, as shown in Fig. 7 (circular dotted line is the area through which sunlight passes), if the sun's position moves westward from the stop position after 15 seconds, the value of the CD sensor 25 is instantaneously increased in resistance. It rises to the level of 5 volts {The resistance value rises because the left, center, and top and bottom of the five CDS sensors 25 do not emit sunlight. If the light is transmitted to all five CD sensors 25, the resistance decreases.} In the above case, since the program was written to lower the resistance value, the horizontal DC motor 4 was operated again. Direction (does not move east again programmatically). In this case, the thermoelectric power generation glass tube 8 located at the center of the linear collector 7 in the heat collecting plate house 1 produces heat toward the sun to produce electricity and hot water. In order to track the sun smoothly, the structure of the tracking device is to install the internal vertical support 11-2 on the fixed plate 11 and fasten the horizontal support 12 that can be disassembled and assembled so as not to be overturned by the strong wind and typhoon. (11) Install the ball caster (11-1) to smooth the above rotation, welding the inner vertical support (11-2) of the center of the fixed plate 11, the reduction ratio fixed to the rotating plate (6) is 1600 1: Applying power to the horizontal DC motor 4 and rotating it to drive the chain 10 connected to the fixed plate 11 processed into a gear shape using a laser to collect the heat collecting plate house 1 on the rotating plate 6. The upper heating plate (1-3), the lower heating plate (1-4), the linear light collector (7), the thermoelectric glass tube (8), the light sensor box (1-2) to face the sun.
In order to smoothly track the up and down direction, the rotary plate 6 is positioned on the fixed plate 11 so that a tee-shaped vertical support 5 is installed on the upper surface thereof, and the heat collecting plate house 1 can be operated up and down on the uppermost surface. The vertical rotation center shaft (5-3) is fastened and a reciprocating feed guide (9) is provided on the protruding side surface of the tee-shaped vertical support (5), and the feed guide rotation center shaft (9-3) is allowed to move up and down. The vertical direction DC motor (3) is connected to one side of the screw (9-1) to the reciprocating transfer guide (9), and the screw fastening shaft (9-2) is fastened to the heat collecting plate house (1) on the opposite side. Screw rotating bearing 2 is fastened.
The control unit is connected to the vertical DC motor 3 as a resistance value which is converted when the position of the sun rises upward from the bottom of the CD sensor 25 located up and down in the center of the (+) shape of the CD sensor 25 in the control unit. The screw 9-1 is rotated to raise the heat collecting plate house 1 to match the position of the sun. Linear condenser (7) located in the center and the thermoelectric power glass tube (8) and the light sensor box (1-2) located in the center is also raised to match the position of the sun, so that the circulation pump installed in the inlet pipe ( By the operation of 14), water passes through the thermoelectric power generation glass tube 8 installed at the center of the linear collector 7 of the heat collecting plate house 1, thereby producing electricity, and heating hot water, Water passing through the upper heating plate (1-3) and the lower heating plate (1-4) is heated and stored in the heat storage tank (13) through the discharge pipe (17).
As can be seen from the embodiment (8), when the heat collecting plate house 1 and the sun position coincide with each other, the upper and lower portions of the (+) type CD sensor 25 in the optical sensor box 1-2 are located above and below the center part. Since the resistance value generated when the amount of light transmitted to the CD sensor 25 is equal to each other decreases from 5 volts to 2 volts, it is input to the input portion of the central processing unit in the microprocessor in the automatic controller 5-2. Programmable vertical DC motor with a gearbox with a rotation ratio of 1000: 1 attached to the reciprocating feed guide (9) on the side of the center of the T-shaped vertical support (5). The electric signal is shorted to (3) and stopped.
(The circular dashed line decreases the resistance value because the area where light is projected is equal.) If the position of the sun rises above, the area of the CD sensor 25 through which the light is projected is equal as shown in FIG. In other words, the resistance value rises (the center, left and right, and the bottom CD sensor 25 does not emit light.) According to the interwoven program flow chart of the microprocess in the automatic controller 5-2, the reducer is mounted in the vertical direction. Screw 9-1 is fixed to one side of the DC motor (3) and the other side is the screw rotation bearing (2) is connected to the heat collecting plate house (1) to stop moving upward. The vertical portion bearing 5-1 on the upper surface of the tee-shaped vertical support 5 is connected to the heat collecting plate house 1 to smoothly operate the up and down operation.
The above example applies equally when the sun's position falls. {In the vertical control, the chip of timer function that works like micro process raises to 12 o'clock at noon (same as season) and does not operate in descending direction and does not rise in the afternoon after 12 o'clock. Only work in the same direction.}

In the above case, when the cloud is obstructed during system operation, in the vertical part operation, as shown in Fig. 3, the lower part of the vertical elevation detector 3-1 is a reciprocating feed guide attached to the center of the tee-shaped vertical support 5. The upper part of the vertical elevation detector (3-1) is attached to the reciprocating feed guide (9) surface as shown in Fig. (3). The flat part has a flat shape, and inside the fixing part, the light emitting diodes 23 are positioned in a 180 ° semicircle at 15 ° intervals, and inside the rotating part, one light emitting diode 24 is installed in the center semicircle of the heat collecting plate house 1. do. The vertical elevation detector 3-1 is installed in a vertical direction with a 360 ° circular shape when viewed from the side, and the inner light receiving diode 23 has only half of the circle installed, and the other side of the vertical light detector 23 is not installed. It is installed in the vertical direction in the form. In the above, 0 ° of the fixed part light-receiving diode 23 means that the heat collecting plate house 1 is positioned vertically after the sun is set to the west, using the rotating light emitting diode 24 to prevent the positional deviation. When the electrical signal is identified and the initial sunrise angle is equal to 0 ° and the heat collecting plate house 1 is positioned vertically, it may be damaged by northwest wind, strong wind, or typhoon. It is raised up to match the diode 23, and when signals are detected from each other, the operation is stopped to minimize the influence of the wind. (The above 120 ° has a tilt angle close to horizontal.)
The time value and the light-emitting diode 23 which are changed in detail are as follows. 10 ° corresponds to 8:17, 20 ° to 8:34, 30 ° to 8:51, 40 ° to 9: 8, 50 ° to 9:25, 60 ° to 9:52, 70 ° 10: 9, 80 ° 10:26, 90 ° 10:43, 100 ° 11H, 110 ° 11:17, 120 ° 11:34, 130 ° 11:49, 140 ° 12 Corresponds to the hour. In the example, when the collecting plate house 1 traces around 10 o'clock, and the cloud stays for about 2 hours, the collecting plate house 1 is in accordance with the flow chart programmed in the central processing unit of the microprocess in the automatic controller 5-2. In order to identify the fixed part light receiving diodes 23 using the rotating part light emitting diodes 24 corresponding to 12 hours after 10 hours from 10 o'clock of the timer, the heat collecting plate house was formed at an intermediate angle of 80 ° at 10:26. (1) is stopped, the heat collecting plate house (1) through the process of stopping at 90 ° 10:43, 100 ° 11, 110 ° 11:17, 120 ° 11:34, 130 ° 11:49 When the light receiving diode 23 corresponding to 12 o'clock is detected an electrical signal with the light emitting diode 24, the heat collecting plate house 1 is stopped to repeat the operation and stop. After 12 o'clock, the heat collecting plate house 1 was programmed to be lowered without rising, and the 140 ° light-receiving diode 23 serves to prevent the heat collecting plate house 1 from leaving.

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In the horizontal control, when the cloud is covered, as shown in Fig. 4, the lower portion of the horizontal azimuth detector 4-1 has a tee shape by installing a protrusion on the inner vertical support 11-2 welded to the fixed plate 11. It is fixed to the protrusion projecting outward through the upper hole of the vertical support (5). The lower fixing part of the horizontal azimuth angle detector 4-1 is fixed to the tee-shaped vertical support 5 so that the upper and lower parts of the horizontal azimuth angle detector 4-1 are rotated 250 degrees to the west. In the above, the lower fixing part is provided with a light receiving diode 23 within a range of 0 ° to 190 ° at intervals of 10 °, and the relationship of the light emitting diodes 24 according to time zones corresponds to 0 ° 8 corresponding to the east direction and 10 ° 8 30 minutes, 20 ° 9, 30 ° 9:30, 40 ° 10, 50 ° 10:30, 60 ° 11, 70 ° 11:30, 80 ° 12, 90 ° 12:30 Minutes, 100 ° 1 hour, 110 ° 1:30, 120 ° 2 hours, 130 ° 2:30, 140 ° 3 hours, 150 ° 3:30, 160 ° 4 hours, 170 ° 4:30, It is 180 ° 5:05, 190 ° 5:30, and it is a west light receiving diode 23 corresponding to sunset. If only one upper rotary light emitting diode 24 is installed and stops and operates by the CD sensor 25 in the optical sensor box 1-2, when the cloud stays for about 1 hour at around 1 pm, the heat collecting plate house 1 ) Should be located at the azimuth angle corresponding to 1:30, so that the rotating part light emitting diodes 24 move westward, that is, 110 ° to detect the fixed part light-emitting diodes 23, and automatically stop when 30 minutes pass. After stopping 120 ° corresponding to 2 o'clock, stop and repeat the operation.

The inside of the automatic controller 5-2 is composed of a micro process and is displayed on the LCD screen to grasp the operating status, the power production amount and the controller at a glance. The control system can be remotely controlled from the central control room in the future.

The thermoelectric power glass tube 8 is a miller plate polished with a 0.5 mm thick stainless steel plate to collect sunlight in the heat collecting plate house 1, as shown in FIG. 2. The thermoelectric power glass tube 8 is located at the focal point, and is maintained in a vacuum in a 60 mm diameter circular glass tube, and the bonding of metal and glass is made by ultrasonic welding. As a metal material, the cathode part is a bismuth telluride plate 8-1 (when a 32 cm wide plate is reduced to 5 cm in width by a pleat, and the length is 130 cm) and the electron collecting part lead tellurium tube (8-) is used as a heating part. 2) The inside of the black titanium dioxide is deposited to promote hydrogen generation by photochemical reaction, the transparent glass plate (8-3) is attached to the solar light is transmitted to play a role to obtain hydrogen in the water in the future, the generated hydrogen Gas storage tank (13) It is stored in the hydrogen storage tank (15) consisting of FRP located at the top. In the detailed description, the upper and lower electrode plates 8-4 are connected and installed between the bismuth telluride plate 8-1 and the lead telluride tube 8-2, and the electric wires for power transfer to the electrode plates 8-4 ( 8-5) is installed and the inverter 27 converts the electricity produced by direct current into alternating current. When condensing and projecting sunlight of 320 ° C. or higher onto bismuth telluride plate 8-1, electrons are emitted from the back side of the plate and emitted to the front side of the lead telluride tube 8-2 through the electrode plate and the vacuum space. Electrons are collected and electromotive force is generated in the lead telluride tube 8-2. In the electromotive force, as the temperature increases, the resistance is increased and the amount of current produced is drastically lowered. Thus, in order to lower the resistance, the opposite side of the rectangular shape of the electron collecting part has a transparent glass plate 8-3 attached to a circular tube shape. When the secondary heating by the inlet pipe 16 by the circulation pump 14 in the circular tube in close contact with each other shape is stored in the heat storage tank 13 through the discharge pipe 17, to the pressure control tank (19) Pressure control prevents damage due to pressure expansion inside the tank. The final heated temperature of the water is about 75 ° C. If water heated at 75 ° C. flows back into the lead telluride tube 8-2, the amount of current production decreases due to the increase in resistance due to the temperature rise described above, so that the heat dissipation fin 18 is used in the inlet tube 16. The water lowered in temperature is transferred to the lead telluride tube 8-2 using the circulation pump 14.

In the above method, the metal telluride extraction method dissolves the residue of oxidized oxide in the cathode brine at the base of copper smelting to make atherosion ion, neutralizes it by adding hydrochloric acid to obtain tellurium dioxide, and then dissolves it in sodium hydroxide solution. Electrolysis is performed using stainless steel to precipitate tellurium at the cathode.)

Detailed description of power generation

The heat of the sun is 16 kW per 1m2 for 1 minute, and if the condensing ratio of the linear concentrator 7 is 20: 1, the calorie per minute is 320 kcal, 10 minutes, 3200 kcal per hour, 19200 kcal per hour, and 6 hours of calories. It is 115200 mW and obtains 1036800 mH of heat in an area of 3 m in length and 3 m in width. The caloric value is the amount of heat that can be obtained by heating the bismuth telluride plate 8-1 to 320 ° C. In the specification, thermoelectric power generation with a diameter of 12cm and a length of 14cm produces power only in the near-infrared region, so only 25% of the total energy of the sun is actually used (the ratio of each wavelength of the solar light is 2.7% UV, 44.4% visible light, and 28% infrared light. Titanium dioxide with high energy absorption in visible and ultraviolet region when manufacturing bismuth telluride (8-1) to absorb thermal energy in broadband because it has lower power efficiency than conventional solar panels because it is not utilized. (Semiconductor property) was deposited on the surface in a thickness of 2 μm in black (in this case, the heat absorption rate was 96%.), And the amount of generation of the spacecraft thermoelectric generator at the collection area of 527 mm2 was 50W at least 2 to 4 times. It produces 100W to 200W of power. The length of the thermoelectric glass tube (8) is 130cm per piece and consists of a total of 10 pieces.In the case of 130cm * 2cm * 30cm, the area is 7800㎣, which is 14.8 times larger than the space for thermoelectric power generation for spacecraft. 10 thermoelectric power glass tubes (8) is 29601W, which is 29.6kW in kilowatts, and 177.6kW when generated for 6 hours per day. If the area of the solar panel is 3M and 3M in tracking, the size of the heat collecting plate is 800mm * 800mm, and in case of 22, the amount of power generation is 4kW per hour and the amount of power generation is 24kW for 6 hours per day. To this.

Detailed description of hot water volume and temperature

The initial product to be conveyed (the initial water temperature is 20 ° C.) in the heat storage tank tank 13 through the inlet pipe 16 through the circulating pump 14 as many as ten thermoelectric power glass tube (8) in the heat collecting plate house (1) The water transferred to the lead telluride tube 8-2 of primary heating with heat collected by the linear condenser 7 (the rise temperature per lead tube telluride tube 8-2 is 2.5 ° C. and 10 cases 20 ° C.). And the total temperature of the first heated water is 45 ° C.} As can be seen in FIG. 1, the heat collecting plate house 1 is fixedly attached to the lower part through the upper heating plate 1-3 attached to the upper part of the heat collecting plate house 1. Ascending to 75 ℃ while passing through the lower heating plate (1-4). The heating plate is attached to the bottom of the copper pipe with a diameter of about 15mm and a length of 30M (rise 1.6 ℃ per 1m).
The radiation temperature in the heat collecting plate house 1 is 3M and 3M. The radiation temperature is 75 ℃ (The heat capacity of the radiation temperature per 1㎡ is 75㎉.) The transfer flow rate is 7ℓ per minute, 420ℓ per hour, and heat storage per 6 hours per day. The amount of heat is 2520 L. The above heat is calorie for heating and hot water supplying a single slab house of 30 pyeong for 2 days or more, and when the cloud is covered for 2 days or more, the heat storage tank 13 of the heat storage tank 13 is heated at an appropriate temperature. Heat the water.

In order to prevent the winter freezing of the thermoelectric power generation glass tube (8), the inlet pipe (16), the discharge pipe (17), the hot water discharge valve (20) and the water discharge valve (21) of the automatic controller (5-2) The internal residual water is discharged by opening the valve by an electrical signal, and in this case, the tank discharge valve 22 is opened and closed. The above heat storage amount is 2,520 liters at 75 ° C per liter, which is 189000 하면, which is converted into kilowatts. It is 219 kW. The daily electric power produced by the thermoelectric power generation is 177.6 kW, which is converted into 15 kcal to 152736 kW.
The amount and calorific value of power and calories from thermoelectric power and the final heated water are approximately equal.

The effect of the present invention is that of the 50 billion US dollars of oil imports annually in China, the amount of oil used in the home, commercial and public sectors is equivalent to 24.15%. In the home and commercial sectors, 40% of the crude oil import replacement effect is equivalent to US $ 4.8 billion in dollars, and KRW4.8 trillion in won. If the service life of the present invention is 20 years, the savings will be $ 48 billion after 10 years, and the total oil savings will amount to $ 217.48 billion = $ 69.7 billion, equivalent to 69.7 trillion won. 100 billion won.

The reduction effect of CO2 emissions is 19,180 thousand tons of carbon dioxide in the home, commercial and public sectors annually, so if the country is designated to reduce global warming emissions from 2013, it is 19,180 thousand tons of CO2 emissions (currently KRW 10,000 per ton, but in 2013). From this point, the price is estimated at W130,000 per tonne).

If the electric power division produces 177.6kW of electricity per day with the present invention, the total amount of power generated when 4 million units are supplied is 714 million kW, so the surplus power is equivalent to 70 million kW nuclear power plants. It is the amount that can supply power to the complex for free.

Private sector

Currently, the government provides subsidies to 716 won per kW, which is implemented by the government, and converts 177.6kW of electricity produced by the present invention into 177.6kW * 716 = 127,121, and 38,136,300 won a year. If it is purchased for 5 million won per unit, the investment can be recovered in 2 months. 2520ℓ of produced hot water consumes 25ℓ of fuel when heated by oil boiler, so it can save crude oil and amount equivalent to 25ℓ * 870 won = 21,750 won.

In the future, when a hydrogen catalyst that reacts sensitively to solar light emission is developed, the hydrogen generated by applying the present invention may be stored to obtain electricity through a fuel cell in the worst gas phase.

Claims (8)

The heat collecting plate house 1 for condensing solar heat in a place where the amount of solar radiation is good, and the circulation pump 14 which transfers the cooled water to the heat collecting plate house 1 through the heat dissipation fins 18 through the inlet pipe 16. Is provided, in the solar heat collecting device that can store and transmit the hot water and power to the heat storage tank 13 and the inverter 27, the heat collecting plate house 1 is a tee-shaped vertical support (5) installed perpendicular to the rotating plate (6) ) Is fastened to a vertical rotation center shaft 5-3 at the top of the head, and the rotor plate 6 is provided with a ball caster 11-1 installed on an upper part of the fixed plate 11 fixed at a good place of insolation. The support plate 11-2 is installed so that the heat collecting plate house 1 is operated horizontally by the horizontal DC motor 4 installed on the rotating plate 6 according to the position of the sun, and is operated up and down about the rotating shaft 5-3. Solar automatic tracking thermoelectric generator, characterized in that. The horizontal platen motor (4) is provided in the rotating plate (6), and the gear processed by laser is fastened to the plate plate (10) by the horizontal platen motor (4) and fixed to the fixed plate (11). The electrical signal is inputted to the input part of the automatic controller 5-2 by the sensor box 1-2, and the horizontal DC motor 4 Move the heat collecting plate house 1 horizontally by a certain distance to stop, and also the T-shaped vertical support (5) is fixed vertically to the center of the rotating plate (6) and protrude circularly the reciprocating transfer guide (9) in the side part Fastening guide shaft (9-3), and screw (9-1) to the vertical direction of the DC motor (3) shaft reciprocating along the reciprocating transfer guide (9) and the heat collecting plate house on the opposite side (1) is engaged with the screw rotation shaft (9-2), and the screw for smooth rotation The rotating bearing (2) is fastened to both sides to operate the vertical DC motor (3) by the automatic controller (5-2), so that the screw (9-1) is rotated so that the heat collecting plate house (1) has a vertical rotation center axis (5). -3) Automatic solar tracking thermoelectric generator moved up and down about the center. The solar automatic tracking thermoelectric generator according to claim 2, wherein the solar azimuth and altitude angles are sensed by a change in resistance caused by the amount of light of the CD sensor 25 in the optical sensor box 1-2. The method of claim 1, wherein the horizontal azimuth detector 4-1 and the vertical elevation detector 3-1 fixed to the upper portion of the T-shaped vertical support 5 vertically installed at the center of the rotating plate 6 are formed into a cloud. When the sunlight is not transmitted, the heat collecting plate house 1 is changed by detecting the electrical signals of the light receiving diodes 23 and the light emitting diodes 24 in the horizontal azimuth detector 4-1 and the vertical elevation detector 3-1. The solar automatic tracking thermoelectric power generation device is precisely controlled so that the heat collecting plate house (1) is located at the changed azimuth and altitude angles by signal detection. The method of claim 1, wherein the transparent glass plate (1-1) for the sealing is covered on the top of the heat collecting plate house 1, a plurality of U-shaped concave linear condenser (7) at equal intervals to condense the internal light Is installed, each of the thermoelectric power generation glass tube (8) that can absorb the solar heat to produce hot water and electricity is installed and connected to each other, the inlet pipe 16 is connected to the inlet of the thermoelectric power glass tube (8) Solar heating tracking thermoelectric power generation in which the upper heating plate (1-3) is connected to the discharge portion of the lower thermoelectric glass tube (8) and the lower heating plate (1-4) connected to the upper heating plate (1-3) is connected to the discharge pipe (17). Device. In claim 5, the upper heating plate (1-3) and the lower heating plate (1-4) is installed in order to increase the hot water temperature in the heat collecting plate house (1) to preheat the water in the thermoelectric power glass tube (8) the upper heating plate (1). -3) and automatic solar tracking thermoelectric generator to increase the amount of hot water by transferring the water to the lower heating plate (1-4). The inside of the thermoelectric power glass tube (8) is made of corrugated bismuth telluride plate (8-1) plate having a width of 30 cm, which is a heating part in a vacuum state, and reduced to 5 cm, and black titanium dioxide is deposited on the surface of the plate. It is connected to the electrode plate, and is also connected to the lead telluride tube (8-2) through which water flows in order to lower the resistance value for the purpose of obtaining current while being an electron collecting part on the opposite side, the transparent glass plate (8-3) so that light is transmitted from the above Solar tracking thermoelectric power generation device in which the inside of the lead telluride tube (8-2) is deposited with black titanium dioxide. The solar automatic tracking thermoelectric generator of claim 1, wherein the resistance is increased due to heat, thereby lowering the current production efficiency, thereby transferring the cold water to the discharge pins 18 installed in the inlet pipe 16 to lower the heat.

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