KR200457082Y1 - Heat exchange type solor heat boiler for supplying heating-water and hot-water - Google Patents

Abstract

" 형상의 집열부(172)가 각각 형성되는 것을 특징으로 하는 난방수 및 온수 공급이 가능한 열교환식 태양열 보일러를 제공한다.
따라서 본 고안에 의하면, 열전달매체가 채워진 태양열 집열용 히트파이프가 내장된 진공관을 통해 집열탱크와 집열탱크 내부에 설치된 코일형상의 열교환용 파이프에 채워진 물을 가열시켜 난방수와 생활온수로 각각 사용되도록 하며, 반사부와 집열부가 각각 형성된 태양광 집열ㆍ반사판을 둠으로써, 온수용 보일러의 추가 설치 없이 난방수와 생활온수를 각각 공급 받을 수 있어 설치비용 및 유지보수 비용을 절감시킬 수 있으며, 코일형상의 열교환용 파이프를 통해 열교환 효율을 높일 수 있고, 또한, 히트파이프와 진공관 및 태양광 집열ㆍ반사판을 통해 태양열 집열효율을 높일 수 있는 효과가 있다.The present invention relates to a solar boiler, and more particularly, a heating tube and a heating hot water are heated by heating water filled in a heat collecting pipe and a coil-shaped heat exchanger pipe installed inside the heat collecting tank through a vacuum tube in which a heat collecting heat pipe for solar heat is collected. The present invention relates to a heat exchanger type solar boiler capable of supplying heating water and hot water, respectively.
To this end, the present invention is a solar boiler in which the water filled in the collecting tank by solar heat is used as hot water and heating water, wherein the solar boiler is inclined 102 of the fixed frame 101 having a triangular shape. A plurality of solar cells are arranged in the vertical direction on the upper surface of the solar heat collecting plate and the reflector plate 170, which is made of a glass material having a hollow portion (111), one side of which is formed in the heat collecting tank 130 A vacuum tube 110 fitted into the plurality of coupling holes 131; Inserted into the hollow portion 111 of the vacuum tube 110, so that only one portion of both sides to be opened so that the heat transfer medium 122 is filled therein, the open portion is directed toward the coupling hole 131 of the collecting tank. A heat pipe 120 made of copper (Cu) material having excellent thermal conductivity (or solar heat recovery); The water filled inside by the heat collected from the vacuum tube 110 and the heat pipe 120 is fixed and installed on the fixing frame 101, fitted in a plurality of coupling holes 131 formed in the longitudinal direction, Cylindrical collection tank 130 to be used as the heating water; A heat exchange pipe (140) fixed and installed by a support (136) installed in the heat collecting tank, the coil having a coil shape for exchanging heat with water filled in the heat collecting tank and used as domestic hot water; And a water supply tank 150 for supplying water to each of the heat collecting tank 130 and the heat exchange pipe 140, and the solar heat collecting and reflecting plate 170 may be formed on both sides of the vacuum tube 110. Spaced apart at regular intervals, but convexly rounded reflector 171, and spaced at regular intervals with the rear of the vacuum tube 110, but concave round and having a plurality of teeth (齒, 173) "

It provides a heat-exchanging solar boiler capable of supplying heating water and hot water, characterized in that each of the "-shaped collector 172 is formed.
Therefore, according to the present invention, the water filled in the heat collecting tank and the coil-shaped heat exchange pipes installed inside the heat collecting tank are heated by a vacuum tube with a heat collecting medium filled with heat transfer medium so as to be used as heating water and domestic hot water, respectively. In addition, by installing a solar heat collector and reflector plate formed with a reflector and a heat collector, respectively, heating water and domestic hot water can be supplied without additional installation of a hot water boiler, thereby reducing installation and maintenance costs. The heat exchange efficiency can be increased through the heat exchange pipe of the shape, and the heat collection efficiency can be improved through the heat pipe, the vacuum tube, and the solar heat collecting and reflecting plate.

Description

 Heat-exchanging solar boiler with heating water and hot water supply {HEAT EXCHANGE TYPE SOLOR HEAT BOILER FOR SUPPLYING HEATING-WATER AND HOT-WATER}

The present invention relates to a solar boiler, and more particularly, a heating tube and a heating hot water are heated by heating water filled in a heat collecting pipe and a coil-shaped heat exchanger pipe installed inside the heat collecting tank through a vacuum tube in which a heat collecting heat pipe for solar heat is collected. The present invention relates to a heat exchanger type solar boiler capable of supplying heating water and hot water, respectively.

In recent years, the depletion of high oil prices, fossil energy resources, and air pollution caused by their use have emerged as a serious problem, and as a part of its countermeasures, the use of alternative energy has been in the spotlight. It uses solar energy, a pollution-free energy source, and is applied to various fields such as solar power plants, solar boilers, solar vehicles, and solar houses.

In general, the solar boiler heats the water filled in the heat collecting tank by using heat collected through a heat collector and a heat collecting tube installed on a roof and a roof of a building having a large amount of solar radiation to use as heating water. A heating-oriented boiler is used.

However, since the heating-oriented solar boiler is dirty to use the heating water discharged from the collection tank as domestic hot water, it is restricted in its use, and thus, there is a problem in that a separate hot water boiler must be provided to receive hot water.

In order to solve this problem, the Republic of Korea Registered Utility Model Publication No. 10-0319209 (2003. 07. 10), a cylindrical heat medium tank (3) is installed to heat the water inside the heat supplied from the heat collecting plate (2), A water supply tank 5 is installed through the water supply hose 4 to supply the heating water to the heat medium tank 3 at the upper portion of the heat medium tank 3, and water for hot water is provided at one side of the water supply tank 5. The supply pipe 6 is provided to supply the water, the hot water pipe 7 is connected to the front end of the supply pipe 6 and the hot water pipe 7 is disposed inside the heat medium tank 3, the heat medium A heating and hot water supply combined solar boiler has been proposed in which water flowing through the hot water pipe 7 is heated by the heating water heated inside the tank 3 to supply hot water to the outside (see FIG. 1).

However, the proposed technique has been improved to provide a hot water pipe in the collecting tank additionally to supply the hot water according to the limitations of the conventional heating-oriented solar boiler, but it is installed in only a portion of the inside of the collecting tank. The heat exchange efficiency in the heat collecting tank is reduced due to the hot water pipe of the type, and the bottom surface of the solar heat collecting plate is not provided with a separate reflector plate so that the solar light is collected only on the upper surface of the heat collecting plate, and the heat is collected only by the metal heat collecting plate. Due to this problem, the solar heat collection efficiency is still low.

Therefore, the present invention has been devised to solve the above problems, and more particularly, in a coil-shaped heat exchange pipe installed inside a heat collecting tank and a heat collecting tank, through a vacuum tube having a heat collecting medium filled with a heat transfer medium. Heat-exchanged solar boiler that can supply heating water and hot water to heat the filled water so that it can be used as heating water and domestic hot water respectively, and it has a solar heat collector and a reflector plate each having a reflector and a heat collector. It aims to provide.

" 형상의 집열부(172)가 각각 형성되는 것을 특징으로 하는 난방수 및 온수 공급이 가능한 열교환식 태양열 보일러를 제공한다.According to a feature of the present invention for achieving the above object, in a solar boiler in which the water filled in the heat collecting tank by the solar heat is used as hot water and heating water, the solar boiler is a fixed frame having a triangular shape A plurality of vertically disposed on the upper surface of the solar heat collecting and reflecting plate 170 fixed to the inclined portion 102 of the 101, is made of a glass material having a hollow portion (111), one side A vacuum tube 110 fitted into a plurality of coupling holes 131 formed in the heat collecting tank 130; Inserted into the hollow portion 111 of the vacuum tube 110, so that only one portion of both sides to be opened so that the heat transfer medium 122 is filled therein, the open portion is directed toward the coupling hole 131 of the collecting tank. A heat pipe 120 made of copper (Cu) material having excellent thermal conductivity (or solar heat recovery); The water filled inside by the heat collected from the vacuum tube 110 and the heat pipe 120 is fixed and installed on the fixing frame 101, fitted in a plurality of coupling holes 131 formed in the longitudinal direction, Cylindrical collection tank 130 to be used as the heating water; A heat exchange pipe (140) fixed and installed by a support (136) installed in the heat collecting tank, the coil having a coil shape for exchanging heat with water filled in the heat collecting tank and used as domestic hot water; And a water supply tank 150 for supplying water to each of the heat collecting tank 130 and the heat exchange pipe 140, and the solar heat collecting and reflecting plate 170 may be formed on both sides of the vacuum tube 110. Spaced apart at regular intervals, but convexly rounded reflector 171, and spaced at regular intervals with the rear of the vacuum tube 110, but concave round and having a plurality of teeth (齒, 173) "

It provides a heat-exchanging solar boiler capable of supplying heating water and hot water, characterized in that each of the "-shaped collector 172 is formed.

Preferably, the inner surface of the vacuum tube 110 is plated with copper (Cu, 112) excellent in thermal conductivity.

Preferably, the vacuum tube 110 is characterized in that the sealing cap 113 is fastened so that the hollow part is sealed after the heat pipe 120 is embedded in the hollow part 111.

Preferably, the hollow part 111 of the vacuum tube 110 is filled with an argon gas (Argon gas) which is an inert gas having excellent heat insulating performance.

Preferably, the heat pipe 120 fills the heat transfer medium so that the heat transfer medium 122 filled therein does not leak into the heat collecting tank, and then the leakage preventing cap 121 is fastened to an open portion. .

Preferably, the heat pipe 120 is characterized in that it is produced 10 ~ 20cm longer than the vacuum tube 110 so that a predetermined length protrudes inside the collecting tank.

Preferably, the collection tank 130 is a first supply port 132 for supplying water from the water supply tank 150 into the collection tank, and the water is supplied to the heat exchange pipe 140. The second supply port 133, the heating water discharge port 134 for discharging the warm water in the heat collection tank, and the living hot water discharge port 135 for discharging the heat-exchanged water inside the heat exchange pipe are formed, respectively It is characterized by.

Preferably, the heat collecting portion 172 of the solar heat collecting and reflecting plate 170 is attached to a copper plate 175 having a plurality of teeth 173 formed on the upper surface of the concave round aluminum plate 174. It is characterized by being manufactured.

According to the heat exchanger type solar boiler capable of supplying heating water and hot water of the present invention, the following effects are obtained.

The water filled in the heat collecting tank and the coil-shaped heat exchange pipe installed inside the heat collecting tank is heated by a vacuum tube with a solar heat collecting heat pipe filled with heat transfer medium so that it can be used as heating water and domestic hot water, respectively. By placing a solar heat collecting plate and a reflecting plate formed with heat portions,

(1) Heating water and domestic hot water can be supplied through the collecting tank and the heat exchange pipe without additional installation of the hot water boiler, thereby reducing the installation cost and maintenance cost of the solar boiler.

(2) The solar heat collecting efficiency can be increased through the copper heat collecting heat pipe made of copper (Cu) and the copper tube plated with copper on the inner surface of the heat transfer medium and having excellent heat conductivity and heat collecting performance.

(3) The heat loss of the solar heat collected in the heat pipe can be reduced by filling the argon gas with excellent heat insulation performance in the hollow part of the vacuum tube.

(4) Heat exchange efficiency can be improved by extending the heat exchange area through the heat exchange pipe formed in the coil shape inside the heat collection tank.

(5) The solar light is directed to the side of the vacuum tube through the reflecting part of the aluminum material formed on the solar heat collecting plate and reflector, and the solar heat collected through the heat collecting part of copper material is directed to the radiant heat on the lower surface of the vacuum tube. Therefore, by increasing the collecting area of the vacuum tube, the collecting efficiency can be increased.

1 is a view showing a solar boiler combined with a conventional heating and hot water supply
2 is a view showing the overall configuration of a heat-exchanging solar boiler capable of supplying heating water and hot water according to a preferred embodiment of the present invention
Figure 3 is a view showing the side portion of the heat-exchanging solar boiler capable of supplying heating water and hot water according to a preferred embodiment of the present invention
4 is a view showing a coupling structure of a collecting tank and a vacuum tube according to a preferred embodiment of the present invention
5 is a sectional view showing a vacuum tube and a heat pipe according to a preferred embodiment of the present invention;
6 is a view showing a solar reflector formed with a concave reflector according to a preferred embodiment of the present invention
Figure 7 (a) (b) is a photograph showing a state in which a heat-exchanging solar boiler is installed that can supply heating water and hot water according to a preferred embodiment of the present invention

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible even though they are shown in different drawings. The prior art should be interpreted as such. In addition, in describing the present invention, when it is determined that the detailed description of the related known configuration or function may obscure the subject matter of the present invention, the detailed description thereof will be omitted.

2 to 7, the main technical configuration of the heat-exchanging solar boiler capable of supplying heating water and hot water according to the preferred embodiment of the present invention, the vacuum tube 110, the heat pipe 120, the heat collecting tank 130 And a heat exchange pipe 140, a water supply tank 150, and a solar heat collecting and reflecting plate 170.

First, referring to FIGS. 2 and 5, the vacuum tube 110 is formed on the upper surface of the solar heat collecting and reflecting plate 170 fixed to the inclined portion 102 of the fixed frame 101 having a triangular shape as a solar heat collecting means. The plurality is disposed in the vertical direction, and is made of a glass material having a hollow portion (hollow portion, 111), so that one side is fitted into a plurality of coupling holes 131 formed in the heat collecting tank 130.

Here, the heat pipe 120 is inserted into the hollow portion 111 of the vacuum tube 110, and the inner surface of the vacuum tube is plated with copper (Cu, 112) having excellent thermal conductivity and collected through the vacuum tube and the heat pipe. Solar heat is to be easily conducted (내부) into the heat collecting tank (130).

In addition, the vacuum tube is to be opened only one portion of both sides so that the heat pipe 120 is easily inserted through the open portion, and after inserting the heat pipe fastening the sealing cap 113 to the open portion of the vacuum tube. The hollow part 111 of the vacuum tube is sealed. At this time, the sealing cap 113 is formed to have a hole (not shown) to be the same as the outer diameter of the vacuum tube to be in close contact with the outer surface of the heat pipe, the hole is packed with a synthetic rubber or silicon having excellent heat resistance The hollow part 111 of the vacuum tube is completely sealed (see FIG. 5).

In addition, by forming a separate vacuum hole (not shown) in the vacuum tube 130 to remove the air remaining in the hollow portion of the vacuum tube using equipment such as a vacuum suction to collect in the heat pipe and the vacuum tube To increase the thermal conductivity of the solar panels. At this time, the vacuum hole is sealed with a synthetic rubber or silicon having excellent heat resistance after the completion of the vacuum inhaler operation.

On the other hand, the hollow portion of the vacuum tube by filling the argon gas (Argon gas) which is an inert gas with excellent thermal insulation performance, to prevent the temperature of the solar heat collected in the heat pipe is lowered by the external temperature (air temperature) of the vacuum tube It can also reduce heat loss.

In addition, the vacuum tube 130 is to be fitted into the vacuum tube support 103, which is fixed and installed on the lower portion of the inclined portion 102 of the fixed frame so as not to be separated from the fixed frame, respectively, for this purpose A plurality of holes is formed.

Referring to FIG. 5 again, the heat pipe 120 is a pipe inserted into the hollow part 111 of the vacuum tube 110, and only one portion of both sides may be filled with the heat transfer medium 122 therein. It is made of copper (Cu) material having an excellent thermal conductivity (or solar heat recovery), so that the open portion is directed toward the coupling hole 131 of the collecting tank.

Herein, the heat transfer medium 122 filled in the heat pipe 120 is not limited to a specific heat medium, and has a high boiling point (boiling point), which generates heat at a high temperature even at low pressure, and any liquid having excellent thermal stability may be used. Do.

For example, the heat transfer medium may use liquids such as synthetic heat medium oil, insulating oil, mercury, etc., such as dowtherm and therminol 55/66, which have a higher boiling point than water. Since it is widely used and distributed in Korea, it will not be described any further.

In addition, the heat pipe 120 fills the heat transfer medium so that the heat transfer medium 122 filled therein does not leak into the heat collecting tank, and then the leak prevention cap 121 is fastened to an open portion. The contact surface of the heat pipe is packed with synthetic rubber or silicon having excellent heat resistance to ensure leakage of the heat transfer medium.

In addition, the heat pipe 120 is 10 to 20cm longer than the vacuum tube 110 so that a predetermined length is protruded and embedded in the heat collecting tank so that solar heat collected through the heat pipe is easily conducted into the heat collecting tank. (Iii)

In addition, the heat pipe 120 embedded in the hollow 111 of the vacuum tube is excellent in heat resistance and cushioning action on the lower side of the inner surface of the vacuum tube so that the vacuum tube made of glass material is not damaged due to shaking by an external force. It is manufactured to form a buffer means 114 of synthetic rubber or silicon material.

2 to 4, the collection tank 130 is fixed and installed on the upper portion of the fixing frame 101, the vacuum tube 110 is fitted into a plurality of coupling holes 131 formed in the longitudinal direction and It is a heating water supply means having a cylindrical shape so that the water filled therein by the heat collected from the heat pipe 120 is used as the heating water,

The heat exchange pipe 140 is fixed and installed by a support 136 installed in the collection tank, and supplies hot water having a coil shape to exchange heat with water filled in the collection tank and use it as domestic hot water. Means.

In addition, the water supply tank 150 is a means for supplying water to each of the heat collecting tank 130 and the heat exchange pipe 140, and is supported by the support frame 106 on the top of the heat collecting tank 130. To be fixed.

Here, the heat collecting tank 130 is a first supply port 132 for supplying water from the water supply tank 150 to the inside of the collecting tank, and the agent for supplying water to the heat exchange pipe 140. 2 supply port 133, the heating water discharge port 134 for discharging the warm water in the heat collection tank, and the living hot water discharge port 135 for discharging the heat-exchanged water inside the heat exchange pipe are formed.

In addition, the water supply tank 150 and the first supply pipe 160 receives water from the outside, such as tap water, and the second supply pipe 162 connected to the first supply port 132 formed in the collecting tank; The third supply pipe 161 is connected to the second supply port 133 formed in the collection tank so that water is supplied to the heat exchange pipe 140, and the first / second / third supply pipe is connected to each other. (160, 161, 162) is to be covered with insulation such as styrofoam to prevent freezing in winter.

In addition, the heating water and the living hot water are discharged through the first discharge pipe 163 connected to the heating water discharge port 134 formed in the heat collecting tank 130 and the second discharge pipe 164 connected to the domestic hot water discharge port 135, respectively. The first and second discharge pipes 163 and 164 may be covered with a heat insulating material such as styrofoam to prevent freezing during winter.

Therefore, heating water and domestic hot water can be supplied through the heat collecting tank 130 and the heat exchange pipe 140 without additional installation of the hot water boiler, thereby reducing the installation cost and maintenance cost of the solar boiler. Since the heat exchange area is widened through the heat exchange pipe formed in the coil shape in the heat collecting tank, the heat exchange efficiency can be increased, thereby making it easy to supply hot water.

" 형상의 집열부(172)가 각각 형성되어진다.Referring to FIGS. 2 and 6 again, the solar heat collecting and reflecting plate 170 is spaced apart from both sides of the vacuum tube 110 at regular intervals, but is convexly rounded with the reflecting portion 171 and the vacuum tube 110. Spaced at a certain distance from the back of the back), which is rounded concave and has a plurality of teeth (齒, 173)

"Collecting portions 172 are formed, respectively.

Here, the reflector 171 is made of an aluminum material having a good reflectance so that the sunlight radiated to the reflector is reflected to the side of the vacuum tube, and the heat collecting part 172 is concave round aluminum plate. By attaching and manufacturing a copper plate 175 having a plurality of teeth 173 formed on the upper surface of 174, the sunlight (or solar heat) radiated and collected by the heat collecting portion is directly radiated to the lower surface of the vacuum tube. To be delivered (see FIG. 6).

In other words, the heat collecting part 172 is a copper plate 175 having excellent heat conductivity and heat collecting performance as a portion where solar light is radiated and collected. As a result, the solar heat collected by the copper plate is radiated by radiant heat in the upper direction of the heat collecting unit instead of being conducted by the aluminum plate in the downward direction.

Further, the reason why the plurality of teeth 173 are formed in the heat collecting portion 172 is that the solar light collecting area is widened through the plurality of teeth 172 rather than the conventional curved or straight heat collecting plate. This is to increase the thermal efficiency.

In addition, since the solar heat stored between the plurality of teeth 172 can be stored for a long time, it is possible to continuously transmit the high-temperature radiant heat to the vacuum tube to the solar heat collected in the time of sunshine amount to the time of sunshine amount.

On the other hand, Figure 7 (a) (b) is a photograph showing a state in which a heat-exchanging solar boiler capable of supplying heating water and hot water according to a preferred embodiment of the present invention is installed.

As described above, the heat-exchanging solar boiler capable of supplying heating water and hot water according to a preferred embodiment of the present invention has a coil shape installed inside the heat collecting tank and the heat collecting tank through a vacuum tube in which a heat transfer medium filled solar heat pipe is embedded. The water filled in the heat exchange pipe is heated to be used as heating water and domestic hot water, and the solar heat collector and reflector plate formed with reflecting and collecting parts are installed respectively. Each can be supplied to reduce installation and maintenance costs, and the heat exchange efficiency can be increased through the coil-shaped heat exchange pipe, and heat collection efficiency can be improved through heat pipes, vacuum tubes, and solar heat collectors and reflectors. It can increase the effect.

The description above is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to describe, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas falling within the scope of the present invention should be interpreted as being included in the scope of the present invention.

2: heat collecting plate 3: heat medium tank
4: water supply hose 5: water reservoir
6: supply pipe 7: hot water pipe
101: fixed frame 102: inclined portion
103: tube support 106: support frame
110: vacuum tube 111: hollow part
112: copper 113: sealing cap
114: buffer means 120: heat pipe
121: leak-proof cap 122: heat transfer medium
130: heat collecting tank 131: coupling hole
132: first supply port 133: second supply port
134: heating water outlet 135: domestic hot water outlet
136: support 140: pipe for heat exchange
150: water supply tank 160: first supply pipe
161: second supply pipe 162: third supply pipe
163: first discharge pipe 164: second discharge pipe
170: solar heat collecting and reflecting plate 171: reflecting unit
172: collection part 173: multiple teeth
174: aluminum plate 175: copper plate

Claims (8)

In the solar boiler that the water filled in the collection tank by the solar heat is heated to be used as hot water and heating water,
A plurality of solar boilers are arranged in the vertical direction on the upper surface of the solar heat collecting and reflecting plate 170 fixed to the inclined portion 102 of the fixed frame 101 having a triangular shape, the hollow portion 111 It is made of a glass material having a), one side of the vacuum tube 110 is fitted into a plurality of coupling holes 131 formed in the heat collecting tank 130;
Inserted into the hollow portion 111 of the vacuum tube 110, so that only one portion of both sides to be opened so that the heat transfer medium 122 is filled therein, the open portion is directed toward the coupling hole 131 of the collecting tank. A heat pipe 120 made of copper (Cu) material having excellent thermal conductivity (or solar heat recovery);
The water filled inside by the heat collected from the vacuum tube 110 and the heat pipe 120 is fixed and installed on the fixing frame 101, fitted in a plurality of coupling holes 131 formed in the longitudinal direction, Cylindrical collection tank 130 to be used as the heating water;
A heat exchange pipe (140) fixed and installed by a support (136) installed in the heat collecting tank, the coil having a coil shape for exchanging heat with water filled in the heat collecting tank and used as domestic hot water;
It consists of a water supply tank 150 for supplying water to each of the heat collecting tank 130 and the heat exchange pipe 140,
In addition, the solar heat collecting and reflecting plate 170 is spaced apart from both sides of the vacuum tube 110 at a predetermined interval, but the convexly rounded reflector 171, and spaced apart from the rear surface of the vacuum tube 110 at a predetermined interval. At a distance but concave round and with multiple teeth 173 "

Heat collection type solar boiler capable of supplying heating water and hot water, characterized in that the heat collector 172 of the shape is formed.
The method according to claim 1,
The inner surface of the vacuum tube 110 is heat-exchanging solar boiler capable of supplying heating water and hot water, characterized in that the plated with copper (Cu, 112) excellent thermal conductivity.
The method of claim 2,
The vacuum tube 110 is a heat exchange type solar boiler capable of supplying heating water and hot water, characterized in that the sealing cap 113 is fastened so that the hollow part is sealed after the heat pipe 120 is built in the hollow part 111. .
The method of claim 3,
The hollow portion 111 of the vacuum tube 110 is a heat-exchanging solar boiler capable of supplying heating water and hot water, characterized in that the inert gas (Argon gas) is filled with an inert gas with excellent thermal insulation performance.
The method according to claim 1,
The heat pipe 120 fills the heat transfer medium so that the heat transfer medium 122 filled therein does not leak into the heat collecting tank, and then the cap for preventing leakage 121 is fastened to the opened portion. Heat exchanger solar boiler with supply.
The method of claim 5,
The heat pipe 120 is a heat-exchanging solar boiler capable of supplying heating water and hot water, characterized in that the heat pipe is produced 10 ~ 20cm longer than the vacuum tube 110 so that a predetermined length protrudes inside the heat collecting tank.
The method according to claim 1,
The collection tank 130 has a first supply port 132 for supplying water from the water supply tank 150 to the collection tank, and a second supply for supplying water to the heat exchange pipe 140. A sphere 133, a heating water outlet 134 for discharging the warmed water in the heat collecting tank, and a domestic hot water outlet 135 for discharging the heat-exchanged water in the heat exchange pipe are formed, respectively. Heat exchanger type solar boiler with heating water and hot water supply.
The method according to claim 1,
The heat collecting portion 172 of the solar heat collecting and reflecting plate 170 is manufactured by attaching a copper plate 175 having a plurality of teeth 173 formed on an upper surface of a concave round aluminum plate 174. Heat-exchanging solar boiler that can supply heating water and hot water.

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