WO2013002541A2 - Natural energy production apparatus using indoor and outdoor air circulation, thermal storage material, and cold storage material - Google Patents

Natural energy production apparatus using indoor and outdoor air circulation, thermal storage material, and cold storage material Download PDF

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Publication number
WO2013002541A2
WO2013002541A2 PCT/KR2012/005057 KR2012005057W WO2013002541A2 WO 2013002541 A2 WO2013002541 A2 WO 2013002541A2 KR 2012005057 W KR2012005057 W KR 2012005057W WO 2013002541 A2 WO2013002541 A2 WO 2013002541A2
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WO
WIPO (PCT)
Prior art keywords
layer
heat
heat storage
storage material
cold
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PCT/KR2012/005057
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French (fr)
Korean (ko)
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WO2013002541A3 (en
Inventor
구자선
Original Assignee
Koo Ja-Sun
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Priority claimed from KR1020110062413A external-priority patent/KR20120003806A/en
Application filed by Koo Ja-Sun filed Critical Koo Ja-Sun
Publication of WO2013002541A2 publication Critical patent/WO2013002541A2/en
Publication of WO2013002541A3 publication Critical patent/WO2013002541A3/en

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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04C—STRUCTURAL ELEMENTS; BUILDING MATERIALS
    • E04C2/00—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels
    • E04C2/44—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose
    • E04C2/52—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose with special adaptations for auxiliary purposes, e.g. serving for locating conduits
    • E04C2/521—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose with special adaptations for auxiliary purposes, e.g. serving for locating conduits serving for locating conduits; for ventilating, heating or cooling
    • E04C2/525—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose with special adaptations for auxiliary purposes, e.g. serving for locating conduits serving for locating conduits; for ventilating, heating or cooling for heating or cooling
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
    • F24S20/00—Solar heat collectors specially adapted for particular uses or environments
    • F24S20/60—Solar heat collectors integrated in fixed constructions, e.g. in buildings
    • F24S20/66—Solar heat collectors integrated in fixed constructions, e.g. in buildings in the form of facade constructions, e.g. wall constructions
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/20—Solar thermal

Definitions

  • the present invention is to store heat and cold in the building by storing heat and cold in the heat storage cold storage material using surplus heat in summer and sub-zero temperature in winter, and to raise edible crops when used in a plastic house, etc.
  • it is related to eco-friendly energy that can save heat and heating cost and reduce carbon dioxide emission by saving heat in summer and heat in winter as heat storage material and cold storage material in underground soil layer.
  • Existing energy utilization examples use existing existing resources to absorb underground geothermal heat for cooling and heating the ground building, to use underground water temperature of underground water, or to use underground heat by circulating special solution or water through the pipe. Most of them use the existing underground geothermal heat. Geothermal heat can be reused only when it is restored to its original or proper temperature after use. Some areas cannot be restored depending on the region. If it is long, there may be a problem that the geothermal energy cannot be used as much as the facility cost. Also, the underground layer may be destroyed to contaminate the underground ground layer in order to use the ground heat, and the liquid or circulating water circulating inward may cause The problem is that the pipes are destroyed and contaminate the underground. The development of technology that can cope remarkable is thought that as the required time.
  • the present invention is a heat storage heat storage material by heating the heat storage material by heat transfer to a processing material or a phase change material that can be stored and stored by heat storage or cold storage by storing natural materials such as natural stone, natural soil or natural water as heat storage heat storage materials.
  • a material that absorbs cold air and gradually cools to sub-zero temperatures and accumulates heat a proper layer of soil is installed on the outer six sides of the heat storage material with appropriate width and thickness to store heat inside the underground ground layer.
  • the insulation space layer and insulation layer are installed outside the six external soil layers, and the heat or hot water produced from the double-layered light collecting plate installed on the ground or in the building is circulated and stored inside the heat storage layer or the heat storage layer embedded in the basement.
  • To cool the ice layer by circulating the cold air in winter or by using water to freeze the ice.
  • the cooling member is configured such that it can take advantage of the heat and cold in the off-season, respectively.
  • FIG. 1 is a cross-sectional view of the building installation example used for the cold storage, heat storage chamber and energy production facilities installed in the underground ground layer of the present invention.
  • Figure 2 is a cross-sectional view of the installation example of energy utilization facilities and pyramid-shaped building installed as a heat storage, heat storage chamber.
  • Figure 3 is a cross-sectional view of the example of the cold storage, heat storage passage and ground building installed in the ground layer.
  • Figure 4 is a cross-sectional view of the production of hot water production using a sun shader installed inside the building double-storey window.
  • FIG. 5 is a cross-sectional view of a double layer pipe for transferring cold heat.
  • FIG. 6 is a cross-sectional view of a double multilayer pipe for transferring hot and cold heat.
  • the present invention installs a heat storage cold storage room and the like inside the underground ground floor, and a facility that is used to produce energy to the ground and the ground is installed to circulate the energy produced by the heat storage cold storage room and use the energy stored in the building after storage To the natural energy production system using internal and external air circulation, heat storage and cool storage materials
  • the heat storage, the cold storage chamber and the heat storage, and the heat storage chamber and the cold storage chamber which store the cold and hot air through each of the heat storage and the cold storage material while the cold heat is circulated up and down into the cold storage passage, respectively.
  • Regenerated passages and regenerated passages are respectively installed to circulate through the horizontally installed pipe passages while the heat and cold air is regenerated and stored in the regenerated and regenerated materials installed inside, respectively.
  • the production facilities for introducing and producing hot and cold air into the ground and the ground, and also the buildings using the stored energy are installed respectively, circulating the produced cold and hot air into the heat storage chamber and the cold storage chamber or the heat storage passage and the cold storage passage installed underground.
  • the heat from the heat accumulating, the heat accumulating material and the cold air is convection, and the cold air is stored in the lower layer, and the hot air is stored in the upper layer, respectively.
  • the outside air inlet pipe 12 is installed in the south-facing and north-facing ground, respectively, and a plurality of outside air inlets 11 are installed on the top of the outside air inlet pipe 12, and external air is introduced through the outside air inlet 11.
  • the outdoor air flowing into the outdoor air inlet pipe is circulated to the double-layered condenser plate 80 installed on the outer wall and the ground of the south facing building, and the heat is stored as the heat storage material while the sun is closed by the internal heat storage material. Heat is produced by conducting heat into the circulating outside air as radiated heat is released.
  • a sunlight shader (7) to block the radiant heat flowing into the building interior through the front transparent material while the radiant heat is accumulated by the light to the sunlight shader (7) continues to produce radiant heat.
  • the sun shader 7 is a surface of a material such as copper plate aluminum that conducts heat, and is installed in black or matte to prevent light reflection while absorbing black unique solar radiation heat, thereby allowing the radiant heat to be accumulated and used. .
  • the radiant heat produced by the inflow of solar light into the heat storage material inside the double-layered light collecting plate installed on the ground is transported and circulated inside the heat storage chamber 120 or the heat storage passage 115 installed as the underground ground layer, and circulated over the internal heat storage material by convection. While the heat is transferred to the heat storage material as heat is stored in the heat storage chamber 120, or the heat storage material above the heat storage passage 115, the internal warmth in the heat storage chamber 120 or the heat storage passage 115 is reversed. Heat is continuously stored above the heat storage chamber 120 or the heat storage passage 115 while being discharged downward by convection and discharged to the final outside along the entire convection circulation direction through the inner passage.
  • the cold air introduced through the north air inlet pipe outside air inlet the cold air is conducted to the cold storage material below the inside of the cold storage chamber 110 or the cold storage passage 115 installed in the underground ground layer, while the cold air is stored in the lower layer of the cold storage material.
  • 110 or the internal storage of the cold storage passage 115 is introduced into the upper passage through the cold storage material by convection, and discharged to the outside in the final circulation along the entire circulation direction, leaving only the cold air downstairs so that the stored cold air is installed downward.
  • the cold air introduced into the room through the entire convection circulation used and stored in the room is stored below the room, but the indoor warmer rise air rises upwards and is discharged to the outside through the final air discharge pipe 70, and the room becomes natural cooling.
  • the cold and hot air and the outside air is circulated to the opening and closing controller 10 is installed in a structure that can be used while opening and closing the cold and hot air and the outside air circulation is circulated.
  • the multilayer light collecting plate 80 is provided with a transparent layer 81 in front of the solar light is transmitted through the
  • the rear layer 83 is installed to the rear of the transparent layer, and the rear layer 83 may be installed and used as a heat storage material for radiating heat or a transparent material for transmitting light.
  • a spaced space layer 82 is installed between the front and rear layers so that solar light is transmitted and used to circulate internal and external air into the interior space.
  • the radiant heat generated by the sunlight shade or heat accumulating material installed inside the space layer by the sun light is introduced into the space layer, and the radiant heat rises to the outer surface of the multi-layered water collector 98 or the water circulation pipe 8 installed in the space. The radiant heat is conducted to the water circulated inside, thereby producing hot water.
  • the rear layer of the rear light collecting plate 80 installed on the ground is provided with a space layer or a heat insulating layer that blocks conduction of the radiant heat produced from the double light collecting plate to the ground layer, and through the conduction of the radiant heat produced by the double light collecting plate 80. Heat loss is prevented.
  • the multi-layer condenser plate 80 is installed with a reflector plate 90 on the ground to reflect the sun light to increase the radiation heat production, the radiation heat introduced through the reflector plate is added to the radiation heat of the existing solar heat and hot water production Can be increased.
  • This method is also used a lot in winter.
  • heat storage heat storage material described above can be used for all materials that can be heat storage heat storage such as phase change material or natural stone.
  • a heat storage material 20 or a heat storage material 21 for storing cold heat is installed inside, so that a film 25 is installed around the heat storage material or the heat storage material, and the heat storage material 20 or around the film 25.
  • the soil layer 30 is installed to block the external conduction of the heat and cold air stored as the cold storage material to protect the heat and cold air stored by the thermal insulation unique to the soil layer, that is, a fine air layer is formed as the earth layer. It is possible to block the external conduction of hot and cold air stored inside by the air layer.
  • the insulation layer and the insulation layer 50 is installed around the soil layer so that the insulation can be secondarily cooled together with the soil layer to block the conduction of the internal heat and cold air to the ground layer.
  • a double-layer pipe 73 is connected to transfer hot and cold air without loss by the internal insulation space, and further installed a space layer It is also possible to install and use the double layer piping 73 in which piping is additionally installed around the space layer.
  • the heat storage chamber 120 or the cold storage chamber 110 is configured as a structure used for discharging.
  • the heat and cold air transfer passage 18 is installed into the heat storage material layer or the heat storage material layer in which the heat storage material layer 20 or the heat storage material layer 21 in which hot air or cold air is introduced and stored is installed.
  • a soil layer 30 that blocks the conduction of each stored hot and cold air around the sides;
  • the insulation layer and the insulation layer 50 is installed around the soil layer to block the conduction of the cold air in the soil layer to the ground layer, and the south-facing double-layered light collecting plate 80 or the north-facing ground air inflow pipe and the hot and cold air transport.
  • the heat storage passage 125 or the heat storage passage 125 is a structure that can be safely transported to the heat storage passage 125 or the cold storage passage 115 without loss of heat and cold air by the double-layer pipe 73 is connected by the heat insulating space inside the double-layer pipe.
  • the cold storage passage 115 is configured.
  • the heat storage chamber, the cold storage passage and the cold storage chamber, and the cold storage passage each of the natural heat production apparatus using the internal and external air circulation, heat storage, the cool storage material by the method such that the cold heat can be stored and used in common, respectively. Consist of

Abstract

The present invention relates to an eco-friendly energy production apparatus in which a thermal storage material layer for storing heat and a cold storage material layer for storing cold air are each formed within an underground layer, and a ground layer and a thermal insulation layer are formed into an appropriate thickness outside the underground layer. Thus, residual solar heat is stored in a double-layer heat collecting plate and is circulated through a double-layer pipeline so as to be stored in the thermal storage material layer in summer, and low temperature cold air is circulated to the cold storage material layer and stored in the cold storage material layer in winter, so that the stored heat or cold air can be put to off-season use. A variety of thermal storage materials and cold storage materials can be appropriately applied so as to store heat in summer and cold air in winter, and to use the stored heat and cold air in heating or cooling a building or the like.

Description

내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치.Natural energy production equipment using internal and external air circulation, heat storage and cool storage materials.
본 발명은 여름철 잉여 열기와 겨울철 영하 기온을 이용 열기와 냉기를 축열 축냉재로 축열 축냉 시켜 건물 내 냉난방과 농산물 등을 저장하거나 식용작물을 키울 수 있는 것으로 비닐하우스 등에 적용시 4 계절 식용작물을 키울 수 있는 것으로 자연기후를 이용 여름철은 열기를 겨울철은 냉기를 지하 지반 층 내부 축열재와 축냉재로 저장시켜 비수기에 적절히 사용하여 냉난방 비용 절감과 이산화 탄소배출을 줄일 수 있는 친환경 에너지에 관한 것이다.The present invention is to store heat and cold in the building by storing heat and cold in the heat storage cold storage material using surplus heat in summer and sub-zero temperature in winter, and to raise edible crops when used in a plastic house, etc. By using natural climate, it is related to eco-friendly energy that can save heat and heating cost and reduce carbon dioxide emission by saving heat in summer and heat in winter as heat storage material and cold storage material in underground soil layer.
기존의 에너지 활용 실 예를 보면 기존의 부존자원을 이용하는 것으로 지하 지열을 흡수하여 지상건물 냉난방을 하거나 지하의 지하수 수온을 이용하거나 또는 특수 용액이나 물을 배관을이용 지하로 순환시켜 지하지열을 이용 하는 것들로 거의 대부분이 기존의 지하의 지열을 이용하는 것으로 지열은 사용하면 사용 후 원래온도나 적정온도로 복원이 되어야 다시 재사용할 수 있는 것으로 지역에 따라 복원이 안되는 지역도 있고 또한 사용 후 복원되는 시간이 길면 시설한 비용만큼의 지열을 사용할 수 없는 문제가 발생할 수 있으며 또한 지열을 이용하기 위해 지하층이 파괴되어 지하 지반 층을 오염시킬 수 있고 내부로 순환시키는 액체나 순환수가 지반 층의 운동이나 지진 등의 문제로 배관이 파괴되어 지하를 오염시킬 수 있는 문제점들이 발생할 수 있는 것으로 이에 대처할만한 기술의 개발이 요구되는 시점에 와있다고 생각된다.Existing energy utilization examples use existing existing resources to absorb underground geothermal heat for cooling and heating the ground building, to use underground water temperature of underground water, or to use underground heat by circulating special solution or water through the pipe. Most of them use the existing underground geothermal heat. Geothermal heat can be reused only when it is restored to its original or proper temperature after use. Some areas cannot be restored depending on the region. If it is long, there may be a problem that the geothermal energy cannot be used as much as the facility cost. Also, the underground layer may be destroyed to contaminate the underground ground layer in order to use the ground heat, and the liquid or circulating water circulating inward may cause The problem is that the pipes are destroyed and contaminate the underground. The development of technology that can cope remarkable is thought that as the required time.
우리들이 살아가는 지구환경을 보면 예측할 수 없는 기후의 변동으로 옛날과 같은 사계절이 뚜렷한 봄 여름 가을 겨울철이 진행되지 않고 봄과 가을이 짧고 여름과 겨울이 길어 점점 우리 인체가 필요로 하는 살기좋은 기후인 봄과 가을이 짧아지는 안타까운 현실로 변해가고 있어 이에 대안으로 여름철 열기를 이용 지하로 축열재를 설치하여 열기를 순환시켜 축열재 층을 축열 시켜 저장 후 겨울철에 사용하고 또한 겨울철 냉기를 축냉 재로 축냉 시켜 더운 여름철에 사용하는 방법으로 잉여 열기와 냉기를 이용한 냉난방과 환경을 살릴 수 있는 친환경 에너지로 본 문제를 해결하고자 한다.When we look at the global environment that we live in, we can't predict the fluctuations of the four seasons. Spring, summer, fall and winter are not progressing. Spring and autumn are short, and summer and winter are long. As an alternative to this, the short-lived and fall are turning into a sad reality.Alternatively, by installing heat accumulators under the ground using summer heat, the heat is circulated by heat storage to accumulate a layer of heat accumulators for storage and use in winter. In order to solve this problem, eco-friendly energy that can save air-conditioning and environment using surplus heat and cold air is used as a method.
이에 본 발명은 축열 축냉 재로 자연석 자연토양 자연수와 같은 자연 재나 별도로 가공되어 열기나 냉기를 축열 축냉 시켜 저장할 수 있는 가공물질이나 상 변화 물질로 열기를 전도시켜 축열재 층이 가열되어 열이 축열 되고 또한 냉기를 흡수하여 점차 영하 이하 저온으로 냉각되어 축냉 되는 재질을 이용 적정깊이 지하 지반 층 내부로 열을 저장할 수 있는 축열재 재질을 적정 넓이와 두께로 설치한 외부 6면으로 적정두께 흙 층을 설치하고 다시 외부 흙 층 6면 외부로 단열공간 층 및 단열재 층이 설치되는 구조로 지하에 매립된 축열재 층이나 축냉 재 층 내부로 지면 위나 건축물에 설치된 복층집광판에서 생산된 열기나 온열 수를 순환시켜 저장 후 사용하고 또한 겨울철 냉기류를 순환시켜 축냉 재 층을 축냉 시키거나 또는 물을 이용 얼음을 얼려 축냉 재를 냉각시켜 각각 비수기에 열기와 냉기를 이용할 수 있게 구성된다.Accordingly, the present invention is a heat storage heat storage material by heating the heat storage material by heat transfer to a processing material or a phase change material that can be stored and stored by heat storage or cold storage by storing natural materials such as natural stone, natural soil or natural water as heat storage heat storage materials. Using a material that absorbs cold air and gradually cools to sub-zero temperatures and accumulates heat, a proper layer of soil is installed on the outer six sides of the heat storage material with appropriate width and thickness to store heat inside the underground ground layer. In addition, the insulation space layer and insulation layer are installed outside the six external soil layers, and the heat or hot water produced from the double-layered light collecting plate installed on the ground or in the building is circulated and stored inside the heat storage layer or the heat storage layer embedded in the basement. To cool the ice layer by circulating the cold air in winter or by using water to freeze the ice. By cooling the cooling member is configured such that it can take advantage of the heat and cold in the off-season, respectively.
건물의 냉난방과 농수산물을 장기저장 할 수 있고 4 계절 식용작물을 키울 수 있고 에너지 절약과 이산화탄소 배출을 줄이는 효과가 있다.It can save the building's heating and cooling and agricultural products for a long time, grow edible crops for four seasons, save energy and reduce carbon dioxide emission.
도 1은 본 발명 지하 지반 층 내부로 설치된 축냉, 축열 실 및 에너지 생산시설과 사용하는 건축물 설치 예 입 단면도.1 is a cross-sectional view of the building installation example used for the cold storage, heat storage chamber and energy production facilities installed in the underground ground layer of the present invention.
도 2는 축냉, 축열 실로 설치된 에너지활용 시설물 및 피라미드형 건축물 설치 예 입 단면도.Figure 2 is a cross-sectional view of the installation example of energy utilization facilities and pyramid-shaped building installed as a heat storage, heat storage chamber.
도 3은 지반 층으로 설치된 축냉, 축열통로 및 지상건물 설치 예 입 단면도.Figure 3 is a cross-sectional view of the example of the cold storage, heat storage passage and ground building installed in the ground layer.
도 4는 건물 복층 창 내부로 설치된 햇빛가리개를 이용한 온열 수 생산 설치예 단면도.Figure 4 is a cross-sectional view of the production of hot water production using a sun shader installed inside the building double-storey window.
도 5는 냉 열기를 이송시키는 복층배관 단면도.5 is a cross-sectional view of a double layer pipe for transferring cold heat.
도 6은 냉온 열기를 이송시키는 이중 복층배관 단면도.6 is a cross-sectional view of a double multilayer pipe for transferring hot and cold heat.
[부호의 설명][Description of the code]
7; 햇빛가리개 8; 물 순환관7; Sunshade 8; Water circulation pipe
10; 개폐조절기 11; 외기유입구10; Switch regulator 11; Fresh air inlet
12; 외기유입관 13; 차단 판12; Air inflow pipe 13; Blocking plate
15; 순환 구 17; 냉기 흡수관~열기 흡수관15; Circulating sphere 17; Cold air absorption tube-hot air absorption tube
18; 냉기 및 열기 이송통로 20; 자연석 층 18; Cold and hot air passage 20; Natural stone floor
22; 배출구 23; 통로22; Outlet 23; Passage
24; 받침대 25; 막 24; Pedestal 25; membrane
26; 지지대 27; 열전도 판 26; Support 27; Heat conduction plate
28; 고정 판 30; 흙 층28; Fixing plate 30; Soil layer
31; 배관 32; 외부 배관31; Piping 32; External piping
33; 냉온 열기 이송관 35; 지면33; Cold and hot air transfer pipe 35; surface
36; 지반 층 50; 단열 공간 층 및 단열재 층 36; Ground layer 50; Insulation space layer and insulation layer
51; 관통구멍 52; 냉수 저장실 51; Through-hole 52; Cold water storage room
55; 공기정화 실 58; 분배 실 55; Air purification chamber 58; Distribution room
60; 빙고 61; 문 60; Bingo 61; door
62; 온열 수 저장실 65; 출입통로 62; Hot water storage room 65; Access
66; 농수산물 70; 내기배출관 66; Agricultural products 70; Bet discharge pipe
71; 살 수관 72; 배수관 71; Water canal 72; drain
73; 복층배관 74; 중심축 73; Duplex piping 74; Central axis
75; 냉 열기 흡수관 76; 이중 복층배관75; Cold air absorption tube 76; Double Duplex Pipe
77; 얼음 80; 복층 집광판 77; Ice 80; Multi-layer condenser
81; 투명 층 82; 내외기 이송관 81; Transparent layer 82; Internal and external air conveying pipe
83; 후면 층 84; 공간 층 83; Back layer 84; Space floor
85; 핀 86; 손잡이 85; Pin 86; handle
88; 순환방향 89; 회전판 88; Circulation direction 89; Tumbler
90; 반사판 98; 복층 물 집열판90; Reflector 98; Duplex water collector
99; 저장고 100; 저층건물 99; Cellar 100; Low rise building
110; 축냉 실 111; 장기 축냉 실 110; Cold storage chamber 111; Long-term storage
115; 축냉 통로 120; 축열 실 115; A cold storage passage 120; Heat storage room
122; 장기 축열 실 125; 축열 통로 122; Long term heat storage chamber 125; Heat storage pathway
200; 고층 건물 200; high rise
본 발명은 지하 지반 층 내부로 축열 축냉실 등을 설치하고 지면과 지상으로 에너지를 생산하는 시설과 사용하는 건축물이 설치되어 생산된 에너지를 축열 축냉 실 등으로 순환시켜 저장 후 건축물에서 저장된 에너지를 사용하는 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치에 관한 것으로 The present invention installs a heat storage cold storage room and the like inside the underground ground floor, and a facility that is used to produce energy to the ground and the ground is installed to circulate the energy produced by the heat storage cold storage room and use the energy stored in the building after storage To the natural energy production system using internal and external air circulation, heat storage and cool storage materials
도면과 같이 지하 지반 층으로 설치된 축열, 축냉 실과 축열, 축냉 통로 내부로 각각 냉 열기가 상하 또는 하상으로 순환되면서 각 축열 및 축냉재로 냉기 및 열기를 저장하는 축열 실 및 축냉 실과 또한 열기 및 냉기가 각각 수평으로 설치된 배관 통로로 각각 순환되면서 내부로 설치된 축열 및 축냉 재로 열기 및 냉기가 각각 축열 축냉 되는 축열 통로 및 축냉 통로가 각각 설치되고, As shown in the drawing, the heat storage, the cold storage chamber and the heat storage, and the heat storage chamber and the cold storage chamber which store the cold and hot air through each of the heat storage and the cold storage material while the cold heat is circulated up and down into the cold storage passage, respectively. Regenerated passages and regenerated passages are respectively installed to circulate through the horizontally installed pipe passages while the heat and cold air is regenerated and stored in the regenerated and regenerated materials installed inside, respectively.
지면과 지상으로 열기 및 냉기를 유입 및 생산하는 생산 시설과 또한 저장된 에너지를 사용하는 건축물이 각각 설치되어 생산된 냉 열기를 지하로 설치된 축열 실과 축냉 실 또는 축열 통로와 축냉 통로로 각각 순환시켜 각 내부 축열, 축냉재로 열기 및 냉기가 대류에 의해 냉기는 아래층으로 열기는 위층으로 각각 저장되고 저장된 열기 및 냉기는 대류순환으로 실내로 순환시켜 냉 난방 등을 할 수 있게 된다.The production facilities for introducing and producing hot and cold air into the ground and the ground, and also the buildings using the stored energy are installed respectively, circulating the produced cold and hot air into the heat storage chamber and the cold storage chamber or the heat storage passage and the cold storage passage installed underground. The heat from the heat accumulating, the heat accumulating material and the cold air is convection, and the cold air is stored in the lower layer, and the hot air is stored in the upper layer, respectively.
좀더 구체적으로 설명하면 More specifically
내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치에 있어서,In the natural energy production apparatus using the internal and external air circulation, heat storage, cool storage material,
남향과 북향 지면으로는 각각 외기유입관(12)이 설치되어 외기유입관(12) 윗면으로 다수 외기유입구(11)가 설치되어 외기유입구(11)를 통해 외부 외기가 유입되고,The outside air inlet pipe 12 is installed in the south-facing and north-facing ground, respectively, and a plurality of outside air inlets 11 are installed on the top of the outside air inlet pipe 12, and external air is introduced through the outside air inlet 11.
또한 상기 외기유입관 외기유입구로 유입된 외기는 남향건물 외벽과 지면으로 각각 설치된 복층집광판(80) 복층 공간으로 순환되면서 내부 축열재로 태양 빛이 닫으면서 축열재로 열이 축 열 되면서 축열재로 축열 된 복사열이 방출되면서 순환되는 외기로 열기가 전도되면서 온열 기가 생산된다.In addition, the outdoor air flowing into the outdoor air inlet pipe is circulated to the double-layered condenser plate 80 installed on the outer wall and the ground of the south facing building, and the heat is stored as the heat storage material while the sun is closed by the internal heat storage material. Heat is produced by conducting heat into the circulating outside air as radiated heat is released.
또한 상기 남향건물 복층집광판 내부로는 햇빛가리개(7)가 설치되어 전면 투명재질을 통해 건물 실내로 유입되는 복사열을 차단하면서 빛에 의해 햇빛가리개(7)로 복사열이 축열 되면서 복사열이 계속 생산된다.In addition, inside the south-facing double-layered light collecting plate is installed a sunlight shader (7) to block the radiant heat flowing into the building interior through the front transparent material while the radiant heat is accumulated by the light to the sunlight shader (7) continues to produce radiant heat.
또한 햇빛가리개(7)는 열이 전도되는 재질 동판 알루미늄 등의 표면으로 검정 색 또는 무 광택으로 설치되어 빛의 반사를 방지하면서 검정 색 특유의 태양 빛 복사열을 흡수로 복사열을 축열하여 사용할 수 있게 된다.In addition, the sun shader 7 is a surface of a material such as copper plate aluminum that conducts heat, and is installed in black or matte to prevent light reflection while absorbing black unique solar radiation heat, thereby allowing the radiant heat to be accumulated and used. .
또한 지면으로 설치된 복층집광판 내부 축열재로 태양 빛이 유입되면서 생산된 복사열은 이송되어 지하 지반 층으로 설치된 축열 실(120), 또는 축열통로(115)내부로 순환되면서 대류에 의해 내부 축열재 위로 순환되면서 위 축열재로 열기가 전도되면서 축열 실(120), 또는 축열통로(115) 위층 축열재로 각각 열기가 저장되고 또한 축열 실(120), 또는 축열통로(115)에 존재하는 내부 온기는 반대로 대류에 의해 아래로 하향하여 내부 통로를 통해 전체 대류순환 방향을 따라 최종 외부로 배출되면서 축열 실(120), 또는 축열통로(115) 위로 열기가 계속 저장된다.In addition, the radiant heat produced by the inflow of solar light into the heat storage material inside the double-layered light collecting plate installed on the ground is transported and circulated inside the heat storage chamber 120 or the heat storage passage 115 installed as the underground ground layer, and circulated over the internal heat storage material by convection. While the heat is transferred to the heat storage material as heat is stored in the heat storage chamber 120, or the heat storage material above the heat storage passage 115, the internal warmth in the heat storage chamber 120 or the heat storage passage 115 is reversed. Heat is continuously stored above the heat storage chamber 120 or the heat storage passage 115 while being discharged downward by convection and discharged to the final outside along the entire convection circulation direction through the inner passage.
또한 상기 북향 외기유입관 외기유입구를 통해 유입된 냉기는 지하 지반 층으로 설치된 축 냉 실(110) 또는 축냉 통로(115) 내부 아래 축냉 재로 냉기가 전도되면서 축냉재 아래층으로 냉기가 저장되면서 축 냉 실(110) 또는 축냉 통로(115) 내부 온기는 대류에 의해 축냉재 사이를 통해 위 통로로 유입되어 전체 순환방향을 따라 최종 외부로 배출되면서 아래층으로는 냉기만 남게 되어 저장된 냉기는 아래로 설치된 배관을 이용 전체 대류순환을 통해 실내로 유입되고 실내로 유입된 냉기는 실내 아래로 저장되면서 대신 실내 온열기 상승기류는 위로 상승하여 최종 내기배출관(70)을 통해 외부로 배출되면서 실내는 자연냉방이 된다.In addition, the cold air introduced through the north air inlet pipe outside air inlet, the cold air is conducted to the cold storage material below the inside of the cold storage chamber 110 or the cold storage passage 115 installed in the underground ground layer, while the cold air is stored in the lower layer of the cold storage material. 110 or the internal storage of the cold storage passage 115 is introduced into the upper passage through the cold storage material by convection, and discharged to the outside in the final circulation along the entire circulation direction, leaving only the cold air downstairs so that the stored cold air is installed downward. The cold air introduced into the room through the entire convection circulation used and stored in the room is stored below the room, but the indoor warmer rise air rises upwards and is discharged to the outside through the final air discharge pipe 70, and the room becomes natural cooling.
또한 상기 냉 열기 및 내 외기가 순환되는 곳으로는 개폐조절기(10)가 설치되어 순환되는 냉 열기 및 내 외기 순환을 개폐 및 조절하면서 사용할 수 있게 되는 구조로 설치된다. In addition, the cold and hot air and the outside air is circulated to the opening and closing controller 10 is installed in a structure that can be used while opening and closing the cold and hot air and the outside air circulation is circulated.
또한 상기 복층집광판(80)은, 전면으로 투명 층(81)이 설치되어 태양 빛이 투과 유입되고In addition, the multilayer light collecting plate 80 is provided with a transparent layer 81 in front of the solar light is transmitted through the
또한 상기 투명 층 후면으로는 후면 층(83)이 설치되며 후면 층(83)은 복사열이 축열 되는 축열재 또는 빛이 투과되는 투명재질로 각각 설치하여 사용할 수 있게 된다.      In addition, the rear layer 83 is installed to the rear of the transparent layer, and the rear layer 83 may be installed and used as a heat storage material for radiating heat or a transparent material for transmitting light.
또한 상기 전 후면 층 사이로는 일정간격 공간 층(82)이 설치되어 태양 빛이 투과되면서 내부 공간으로는 내 외기가 순환되는 용도로 활용된다.      In addition, a spaced space layer 82 is installed between the front and rear layers so that solar light is transmitted and used to circulate internal and external air into the interior space.
또한 상기 공간 층으로는 태양 빛이 유입되어 내부로 설치된 햇빛가리개 또는 축열재로 복사열이 축열되어 생산된 복사열은 상승하여 위 공간으로 설치된 복층 물 집열판(98) 또는 물순환 배관(8) 외부 면을 통해 내부로 순환되는 물로 복사열이 전도되면서 온열 수가 생산된다.      In addition, the radiant heat generated by the sunlight shade or heat accumulating material installed inside the space layer by the sun light is introduced into the space layer, and the radiant heat rises to the outer surface of the multi-layered water collector 98 or the water circulation pipe 8 installed in the space. The radiant heat is conducted to the water circulated inside, thereby producing hot water.
또한 지면으로 설치되는 복층집광판(80) 후면 층 배면으로는 복층집광판에서 생산되는 복사열의 지반 층으로의 전도를 차단하는 공간 층 또는 단열층이 설치되어 복층집광판(80)에서 생산된 복사열의 전도를 통한 열 손실이 방지된다.      In addition, the rear layer of the rear light collecting plate 80 installed on the ground is provided with a space layer or a heat insulating layer that blocks conduction of the radiant heat produced from the double light collecting plate to the ground layer, and through the conduction of the radiant heat produced by the double light collecting plate 80. Heat loss is prevented.
또한 상기 복층집광판(80)으로는 태양 빛을 반사시켜 복사열생산을 증가시키는 지면 위 반사판(90) 이 설치되어 기존 유입되는 태양의 복사열에 반사판을 통해 유입되는 복사열이 추가되면서 온 열기 및 온열 수 생산을 증가시킬 수 있게 된다.In addition, the multi-layer condenser plate 80 is installed with a reflector plate 90 on the ground to reflect the sun light to increase the radiation heat production, the radiation heat introduced through the reflector plate is added to the radiation heat of the existing solar heat and hot water production Can be increased.
또한 본 방법을 겨울철에 많이 사용된다.This method is also used a lot in winter.
또한 상기에서 설명한 축열 축냉재 재질은 상변 화 물질이나 자연석 등 축열 축냉 할 수 있는 재질은 모두 사용할 수 있게 된다.In addition, the heat storage heat storage material described above can be used for all materials that can be heat storage heat storage such as phase change material or natural stone.
또한 상기 축열 실(120) 또는 상기 축냉 실(110)은,In addition, the heat storage chamber 120 or the heat storage chamber 110,
냉 열기를 각각 저장하는 축열재(20) 또는 축 냉재(21)가 내부로 설치되어축열재 또는 축냉 재 주위로는 막(25)이 설치되어 막(25) 주위로는 축열재(20) 또는 축냉 재로 저장된 열기 및 냉기의 외부전도를 차단하는 흙 층(30)이 설치되어 흙 층 특유의 단열성에 의해 내부로 저장되는 열기 및 냉기를 보호할 수 있는 것으로 즉 흙 층으로는 미세한 공기층이 형성되면서 공기층에 의해 내부로 저장되는 열기 및 냉기의 외부 전도를 차단할 수 있게 된다.       A heat storage material 20 or a heat storage material 21 for storing cold heat is installed inside, so that a film 25 is installed around the heat storage material or the heat storage material, and the heat storage material 20 or around the film 25. The soil layer 30 is installed to block the external conduction of the heat and cold air stored as the cold storage material to protect the heat and cold air stored by the thermal insulation unique to the soil layer, that is, a fine air layer is formed as the earth layer. It is possible to block the external conduction of hot and cold air stored inside by the air layer.
또한 상기 흙 층 주위로는 단열공간 및 단열재 층(50)가 설치되어 흙 층과 함께 2차로 단열 단냉 할 수 있게 되어 내부 열기 및 냉기의 지반 층으로의 전도를 차단할 수 있게 되며 또한 단열공간 및 단열재 층(50) 주위로 추가 단열공간 및 단열재 층(50)를 2중으로 설치하면 내부로 저장되는 열기 및 냉기를 온전히 보호할 수 있게 된다.      In addition, the insulation layer and the insulation layer 50 is installed around the soil layer so that the insulation can be secondarily cooled together with the soil layer to block the conduction of the internal heat and cold air to the ground layer. By installing the additional insulation space and the insulation layer 50 in duplicate around the layer 50, it is possible to completely protect the heat and cold air stored therein.
또한 상기 축열재 또는 축냉 재와 상기 지면 위 복층 집광판 및 외기유입관 사이로는 복층배관(73)이 연결되어 열기 및 냉기를 내부 단열공간에 의해 손실 없이 이송시킬 수 있고 또한 추가로 공간 층을 설치한 공간 층 주위로 배관을 추가로 설치한 복 복층 배관(73)을 설치하여 사용할 수도 있다.      In addition, between the heat storage material or the heat storage material and the multi-layered light collecting plate and the air inlet pipe on the ground, a double-layer pipe 73 is connected to transfer hot and cold air without loss by the internal insulation space, and further installed a space layer It is also possible to install and use the double layer piping 73 in which piping is additionally installed around the space layer.
또한 상기 축열재 또는 축냉 재 아래 또는 위와 건물 지붕 상단부로 설치된 내기배출관(70) 사이로 냉온 열기 이송관(33)을 연결되어 각 축열재 또는 축냉 재로 유입되는 열기 및 냉기에 의한 내부 온기를 최종 외부로 배출시키는 용도로 사용되는 구조로 축열 실(120) 또는 축냉 실(110)이 구성된다.In addition, by connecting the hot and cold heat transfer pipe 33 between the heat storage material or the cool storage material and between the air discharge pipe 70 installed at the upper end of the building roof, the internal warming by the heat and cold air introduced into each heat storage material or cool storage material to the final outside. The heat storage chamber 120 or the cold storage chamber 110 is configured as a structure used for discharging.
또한 상기 축열통로(115) 또는 축냉 통로(115)는,In addition, the heat storage passage 115 or the heat storage passage 115,
열기 또는 냉기가 각각 유입되어 저장되는 축열재층(20) 또는 축냉재 층(21)이 설치된 축열재 층 또는 축냉재 층 내부로 열기 및 냉기 이송통로(18)가 설치되되며, 축열재 층 또는 축냉재 층 주위로는 각 저장된 열기 및 냉기의 측면주위로의 전도를 차단하는 흙 층(30) 설치된다.;     The heat and cold air transfer passage 18 is installed into the heat storage material layer or the heat storage material layer in which the heat storage material layer 20 or the heat storage material layer 21 in which hot air or cold air is introduced and stored is installed. Around the cold ash layer, there is provided a soil layer 30 that blocks the conduction of each stored hot and cold air around the sides;
또한 상기 흙 층 주위로는 흙 층 내 온 냉기의 지반 층으로의 전도를 차단하는 단열공간 및 단열층(50)이 설치되어 남향 지면 복층집광판(80) 또는 북향 지면 외기유입관과 상기 열기 및 냉기 이송통로 사이로는 복층배관(73)이 연결되어 복층배관 내부 단열공간에 의해 열기 및 냉기의 손실 없이 안전하게 축열통로(125) 또는 축냉 통로(115)로 이송시킬 수 있게되는 구조로 축열통로(125) 또는 축냉 통로(115)가 구성된다.       In addition, the insulation layer and the insulation layer 50 is installed around the soil layer to block the conduction of the cold air in the soil layer to the ground layer, and the south-facing double-layered light collecting plate 80 or the north-facing ground air inflow pipe and the hot and cold air transport. The heat storage passage 125 or the heat storage passage 125 is a structure that can be safely transported to the heat storage passage 125 or the cold storage passage 115 without loss of heat and cold air by the double-layer pipe 73 is connected by the heat insulating space inside the double-layer pipe. The cold storage passage 115 is configured.
또한 상기 축열 실 및 축냉 통로와 축냉실 및 축냉 통로는, 각각 계절별로 냉 열기를 각각 공용으로 저장하여 사용할 수 있게 되는 등의 방법으로 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치가 구성된다, In addition, the heat storage chamber, the cold storage passage and the cold storage chamber, and the cold storage passage, each of the natural heat production apparatus using the internal and external air circulation, heat storage, the cool storage material by the method such that the cold heat can be stored and used in common, respectively. Consist of
상기와 같이 이루어지는 본 발명은 기술적 사상을 벗어나지 않는 범위 내에서 다양한 변형 및 응용이 가능 하다는 것은 당업자에 있어서 명백한 것이다. The present invention made as described above is apparent to those skilled in the art that various modifications and applications are possible without departing from the technical spirit.

Claims (5)

  1. 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치에 있어서,In the natural energy production apparatus using the internal and external air circulation, heat storage, cool storage material,
    남향과 북향 지면으로 각각 설치되어 외부 외기를 유입하는 외기유입구(11)가 설치된 외기유입관(12);Outside air inlet pipe 12 is installed to the south facing and north facing ground, the outside air inlet 11 is installed to introduce external air;
    상기 외기유입관 외기유입구로 유입된 외기가 복층 공간으로 순환되면서 내부 축열재에 의해 복사열로 변환되는 남향건물 외벽과 지면으로 각각 설치된 복층집광판(80);A multi-layer condenser plate 80 installed on the outer wall and the ground of the south-facing building, which is converted into radiant heat by the internal heat storage material while the outside air introduced into the outside air inlet is circulated to the double-layer space;
    상기 남향건물 복층집광판 내부로 설치되어 전면 투명재질을 통해 건물 실내로 유입되는 복사열을 차단하면서 빛에 의해 복사열이 생산되는 햇빛가리개(7);A sun shader (7) installed inside the south-facing double-layered light collecting plate to block radiant heat introduced into the building interior through the front transparent material, and radiant heat is produced by light;
    상기 지면으로 설치된 복층집광판 내부에서 생산된 복사열아 이송되어 내부 축열재로 저장되는 축열 실(120), 또는 축열통로(115); A heat storage chamber 120, or a heat storage passage 115, which is transferred to radiant heat produced inside the multilayer light collecting plate installed on the ground and stored as an internal heat storage material;
    상기 북향 외기유입관 외기유입구로 유입된 냉기가 저장되는 축 냉 실(110) 또는 축냉 통로(115):A cold storage chamber 110 or a cold storage passage 115 in which cold air introduced into the north air inlet pipe outside air inlet is stored:
    상기 냉 열기 및 내 외기 순환을 개폐 및 조절하는 개폐조절기(10)가 포함 설치된 것을 특징으로 하는 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치.Natural energy production apparatus using the internal and external air circulation and heat storage, the cool storage material, characterized in that the opening and closing regulator 10 is installed to open and close the cold heat and the outside air circulation.
  2. 제 1항에 있어서, 상기 복층집광판(80)은,       The method of claim 1, wherein the multilayer light collecting plate 80,
    전면으로 설치되어 태양 빛이 투과 유입되는 투명 층(81);       A transparent layer 81 installed at a front surface to allow solar light to pass through;
    상기 투명 층으로 유입된 빛이 닫으면서 복사열이 축열 되는 축열재 또는 빛이 투과되는 투명재질로 구성된 후면 층(83);      A rear layer 83 made of a heat storage material for radiating heat being accumulated while the light flowing into the transparent layer is closed or a transparent material for transmitting light;
    상기 전 후면 층 사이로 설치되어 태양 빛이 투과되면서 내 외기가 순환되는 공간 층(82);      A space layer 82 installed between the front and rear layers to circulate internal and external air while solar light is transmitted;
    상기 공간 층으로 설치되어 상기 햇빛가리개 또는 상기 후면 층 축열재에서 생산된 복사열이 전도되면서 온열 수가 생산되는 복층 물 집열판(98) 또는 물순환 배관(8);      A multi-layered water heat collecting plate 98 or a water circulation pipe 8 installed as the space layer so that radiant heat produced by the sun shader or the rear layer heat storage material is conducted;
    상기 후면 층 배면으로 각각 설치되어 상기 복층집광판에서 생산되는 복사열의 지반 층으로의 전도를 차단하는 공간 층 또는 단열층      A space layer or a heat insulation layer disposed on the rear surface of the rear layer to block conduction of radiant heat produced by the multilayer light collecting plate to the ground layer.
    상기 복층집광판(80)으로 태양 빛을 반사시켜 복사열생산을 증가시키는 지면 위 반사판(90) 이 포함설치된 것을 특징으로 하는 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치.       Natural energy production apparatus using the internal and external air circulation, heat storage, and cool storage material, characterized in that the reflection plate 90 is installed on the ground to reflect the sun light to the multilayer light collecting plate 80 to increase the radiation heat production.
  3. 제 1항에 있어서, 상기 축열 실(120) 또는 상기 축냉 실(110)은,       According to claim 1, wherein the heat storage chamber 120 or the heat storage chamber 110,
    냉 열기를 각각 저장하는 축열재(20) 또는 축 냉재(21);       A heat storage material 20 or a cold storage material 21 for storing cold heat respectively;
    상기 축열재 또는 축냉 재 주위로 설치되는 막(25)       Membrane 25 installed around the heat storage material or the heat storage material
    상기 막 주위로 설치되어 상기 축열재(20) 또는 축냉 재로 저장된 열기 및 냉기의 외부전도를 차단하는 흙 층(30);      A soil layer 30 installed around the membrane to block external conduction of heat and cold air stored as the heat storage material 20 or the heat storage material;
    상기 흙 층 주위로 설치되어 흙 층 내 열기 및 냉기의 지반 층으로의 전도를 차단하는 단열공간 및 단열재 층(50);      An insulation space and insulation layer 50 installed around the soil layer to block conduction of hot and cold air into the soil layer;
    상기 축열재 또는 축냉 재와 상기 지면 위 복층 집광판 및 외기유입관 사이로 연결되어 열기 및 냉기를 손실 없이 이송시키는 복층배관(73);      A double layer pipe (73) connected between the heat storage material or the heat storage material and the multi-layer light collecting plate and the air inlet pipe on the ground to transfer hot and cold air without loss;
    상기 축열재 또는 축냉 재 아래 또는 위와 건물 지붕 상단부로 설치된 내기배출관(70) 사이로 연결되어 각 축열재 또는 축냉 재로 유입되는 열기 및 냉기에 의한 내부 온기를 최종 외부로 배출시키는 냉온 열기 이송관(33)을 포함하여 구성된 것을 특징으로 하는 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치.      Cold and hot air transfer pipe 33 connected between the heat storage material or the cold storage material and between the air discharge pipes 70 installed at the upper end of the building roof to discharge internal warmth by hot and cold air introduced into each heat storage material or heat storage material to the outside. Natural energy production apparatus using the internal and external air circulation and heat storage, regenerated coolant, characterized in that comprises a.
  4. 제 1항에 있어서, 상기 축열통로(125) 또는 축냉 통로(115)는,       According to claim 1, wherein the heat storage passage 125 or the cold storage passage 115,
    열기 또는 냉기가 각각 유입되어 저장되는 축열재층(20) 또는 축냉재 층(21);     A heat storage material layer 20 or a heat storage material layer 21 into which hot or cold air is introduced and stored;
    상기 축열재 층 또는 축냉재 층 내부로 설치된 열기 및 냉기 이송통로(18);     Hot and cold air transfer passages 18 installed in the heat storage layer or the heat storage layer;
    상기 축열재 층 또는 축냉재 층 주위로 설치되어 각 저장된 열기 및 냉기의 측면주위로의 전도를 차단하는 흙 층(30);      An earth layer 30 installed around the heat storage layer or the heat storage layer to block conduction of the stored heat and cold air around the side surface;
    상기 흙 층 주위로 설치되어 흙 층 내 온 냉기의 지반 층으로의 전도를 차단하는 단열공간 및 단열층(50);      An insulation space and insulation layer 50 installed around the soil layer to block conduction of hot and cold air into the soil layer;
    상기 남향 지면 복층집광판(80) 또는 북향 지면 외기유입관과 상기 열기 및 냉기 이송통로 사이로 연결되는 복층배관(73)을 포함하여 구성된 것을 특징으로 하는 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치.      Natural energy using internal and external air circulation, heat storage, and cool storage material, including the double-sided pipe 73 connected between the south-facing ground double-layered light collecting plate 80 or the north-facing ground air inflow pipe and the hot and cold air transfer passages. Production equipment.
  5. 제 1항에 있어서, 상기 축열 실 및 축냉 통로는,        The heat storage chamber and the cold storage passage of claim 1,
    계절별로 냉 열기를 각각 공용으로 저장하여 사용되는 것을 특징으로 하는 내외기 순환과 축열, 축 냉 재를 이용한 자연에너지 생산장치.Natural energy production apparatus using internal and external air circulation, heat storage, and regenerated coolant, characterized in that the cold heat is stored in common for each season.
PCT/KR2012/005057 2011-06-27 2012-06-27 Natural energy production apparatus using indoor and outdoor air circulation, thermal storage material, and cold storage material WO2013002541A2 (en)

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