CN207162722U

CN207162722U - A kind of geothermal energy heat-pipe heating system of environment protection architecture

Info

Publication number: CN207162722U
Application number: CN201720998394.3U
Authority: CN
Inventors: 徐征
Original assignee: Beijing Zhonghe Tiancheng Intelligent Energy Technology Co Ltd
Current assignee: Beijing Zhonghe Tiancheng Intelligent Energy Technology Co Ltd
Priority date: 2017-08-10
Filing date: 2017-08-10
Publication date: 2018-03-30
Anticipated expiration: 2027-08-10

Abstract

The utility model provides a kind of geothermal energy heat-pipe heating system of environment protection architecture, including multigroup buried heat pipe in underground, heat pipe upper end is extend into building, the metope of building is furnished with condenser pipe with ground distributor, heat pipe upper end connects with condenser pipe, inside it is injected with evaporation liquid, it is less than 5 centimetres with heat pipe diameter, it is smaller than 1 meter, its inwall in the vertical direction is evenly distributed with multiple raised steel horizontal stripes, the heat pipe diameter very little of use described in the utility model, the influence to structure foundation can largely be reduced, a large amount of heat pipes can be embedded to, improve the heat pipe arrangement density of building underground, so as to fully absorb geothermal energy, improve the effect and efficiency of heating.

Description

A kind of geothermal energy heat-pipe heating system of environment protection architecture

Technical field

It the utility model is related to geothermal heating system field, and in particular to a kind of geothermal energy heat-pipe heating system of environment protection architecture.

Background technology

At this stage, ways of heating remains in the stage of burning fuel resource, and the heat discharged that fuel source is burnt leads to Cross medium and be delivered to the region for needing to heat, but the cost that this form is paid is also heavy, burning fuel can discharge greatly The dusty gas of amount, influences air ambient, has aggravated the burden of environmental protection, causes the social concern of some, such as northern in winter The haze problem of side is influenceed by a large amount of fuel of central heating burning, compared to the south of unexecuted central heating The regional air ambient in side will be well a lot, and these problems also receive the concern of country and society.Therefore needed on heating problem A kind of technology using new energy is developed, reduces the harm to environment.

Nowadays many developers can embody their environmental protection concept using geothermal heating system as publicity point, and really the one of geothermal energy The effective eco-friendly power source of kind, can play effect cool in summer and warm in winter, can meet the requirement of human comfort, and many high-end House pass through frequently with heating system, but it is this be also not quite similar using the various informative of geothermal heating system, caused effect, I The best technology of the certainly heating effect most to ask, to underground embedment heat pipe absorb underground heat form can obtain it is good Effect, heat pipe have unidirectional heat transfer, advantages of simple structure and simple as a kind of high efficient heat exchanging unit.And fully rely on work in heat pipe The self-characteristic automatic running of matter absorbs geothermal energy, non-power consumption, without maintenance.But the form of heat pipe is varied, Conventional heat pipe simply can not be used for embedding underground, so can not effectively absorb underground heat, and structural strength is not high, is burying Breakage easily occurs when putting underground, influences heat-transfer effect.

Utility model content

The utility model purpose is to provide a kind of geothermal energy heat-pipe heating system of environment protection architecture, and heat pipe is embedded to using underground Form collection geothermal energy is conducted into wall again is used for indoor heating, especially suitable for novel building and the middle and lower reach of Yangtze River Area, it is this kind of to less demanding to heating, promotion environmental protection and human body comfort, have the function that gently to heat, and these areas Temperature is not too low, can keep indoor/outdoor temperature-difference within the specific limits, reduces human body and is being not suitable with sense caused by disengaging interior.

To achieve these goals, the technical solution adopted in the utility model is to provide a kind of geothermal energy heat of environment protection architecture Pipe heating system, the heating system include multigroup heat pipe, and the heat pipe lower end is buried to be extend into building in underground, upper end, Condenser pipe is distributed with the metope of building and ground, the heat pipe upper end for stretching into building connects with the condenser pipe, institute State and evaporation liquid is injected with heat pipe, discharged for drawing underground heat and being delivered in building, the heat pipe diameter is less than 5 lis Meter, heat pipe diameter very little used by the utility model, the influence to structure foundation can be largely reduced, can be buried Enter a large amount of heat pipes, improve the heat pipe arrangement density of building underground, so as to fully absorb geothermal energy, improve the effect and effect of heating Rate.

Further, the heat pipe for being embedded in building underground is smaller than 1 meter, and the larger heat pipe of conventional diameter can not Accomplish the embedding density less than 1 meter, because in order to ensure heat transfer effect, heat pipe wall is very thin, if the heat pipe being relatively large in diameter buries Building safety can be influenceed by putting density height, and the small heat pipe of above-mentioned diameter can accomplish that embedding density is less than 1 meter, and not shadow Building safety is rung, the arrangement density of heat pipe is greatly improved, geothermal energy can be fully absorbed.

Further, the inwall in the vertical direction of shown heat pipe is evenly distributed with multiple raised steel horizontal stripes, Ke Yijia The structural strength of heat-flash pipe, it is easy to that heat pipe is driven into underground during construction, avoids being broken.

Another kind as above-described embodiment improves, and internally vertical direction is provided with cross die bar to the heat pipe, For strengthening the structural strength of heat pipe, the cross die bar is arranged on inside heat pipe, does not influence heat pipe outer wall and is inhaled from outside Receive geothermal energy.

Brief description of the drawings

, below will be to embodiment and description of the prior art in order to illustrate more clearly of the utility model embodiment technical scheme In the required accompanying drawing used be briefly described, it should be apparent that, drawings in the following description are only of the present utility model Some embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to this A little accompanying drawings obtain other accompanying drawings.

Fig. 1 is a kind of structural representation of embodiment of the utility model.

Fig. 2 is the schematic cross-section that the utility model improves embodiment heat pipe.

Fig. 3 is another schematic cross-section for improving embodiment heat pipe of the utility model.

Embodiment

The utility model provides a kind of geothermal energy heat-pipe heating system of environment protection architecture, and the heating system includes multigroup heat pipe 1, the lower end of heat pipe 1 is buried to be extend into building in underground, upper end, and condenser pipe is distributed with the metope of building and ground 2, the upper end of heat pipe 1 for stretching into building connects with the condenser pipe 2, evaporation liquid 3 is injected with the heat pipe 1, for inhaling Take underground heat and be delivered in building and discharge, the diameter of heat pipe 1 is less than 5 centimetres, heat pipe 1 used by the utility model Diameter very little, the influence to structure foundation can be largely reduced, a large amount of heat pipes 1 can be embedded to, with improving building Under heat pipe 1 arrange density, so as to fully absorb geothermal energy, improve the effect and efficiency of heating.

Further, the heat pipe 1 for being embedded in building underground is smaller than 1 meter, and the larger heat pipe of conventional diameter is not The embedding density less than 1 meter can be accomplished, because in order to ensure heat transfer effect, the inwall of heat pipe 1 is very thin, the heat pipe being relatively large in diameter If embedding density height can influence building safety, and the small heat pipe 1 of above-mentioned diameter can accomplish that embedding density is less than 1 meter, And building safety is not influenceed, the arrangement density of heat pipe 1 is greatly improved, geothermal energy can be fully absorbed.

Further, the inwall in the vertical direction of shown heat pipe 1 is uniform-distribution with multiple raised steel horizontal stripes 4, section Figure is easy to that heat pipe 1 is driven into underground during construction, avoids being broken as shown in Fig. 2 can strengthen the structural strength of heat pipe 1.

Another kind as above-described embodiment improves, and internally vertical direction is provided with cross die bar to the heat pipe 1 5, sectional view is as shown in figure 3, structural strength for strengthening heat pipe 1, the cross die bar 5 are arranged on inside heat pipe, no The outer wall for influenceing heat pipe 1 absorbs geothermal energy from outside.

Claims

1. a kind of geothermal energy heat-pipe heating system of environment protection architecture, including multigroup heat pipe (1), heat pipe (1) lower end it is buried in Underground, upper end are extend into building, be distributed with condenser pipe (2) in the metope of building and ground, the building that stretches into Heat pipe (1) upper end is connected with the condenser pipe (2), and evaporation liquid (3) is injected with the heat pipe (1), it is characterised in that：The heat Manage (1) diameter and be less than 5 centimetres.

2. the geothermal energy heat-pipe heating system of environment protection architecture according to claim 1, it is characterised in that：It is described to be embedded in building The heat pipe (1) of thing underground is smaller than 1 meter.

3. the geothermal energy heat-pipe heating system of environment protection architecture according to claim 1 or 2, it is characterised in that：Shown heat pipe (1) inwall in the vertical direction is uniform-distribution with multiple raised steel horizontal stripes (4).

4. the geothermal energy heat-pipe heating system of environment protection architecture according to claim 1 or 2, it is characterised in that：The heat pipe (1) internally vertical direction is provided with cross die bar (5).