CN201771128U

CN201771128U - Solar heat collecting balcony

Info

Publication number: CN201771128U
Application number: CN2010202942029U
Authority: CN
Inventors: 陈开碇; 岳婷婷; 梁盼; 侯中兰
Original assignee: Henan Keda Energy Saving Environmental Protection Co Ltd
Current assignee: Henan Keda Energy Saving Environmental Protection Co Ltd
Priority date: 2010-08-17
Filing date: 2010-08-17
Publication date: 2011-03-23
Anticipated expiration: 2020-08-17

Abstract

The utility model discloses a solar heat collecting balcony, which comprises a solar heat collector. The solar heat collector comprises a fixed mounting plate, a plurality of vacuum pipes are vertically arranged on the fixed mounting plate side by side, super-heat-conduction pipes are disposed in the vacuum pipes, upper ends of the vacuum pipes are communicated mutually through a water pipe arranged horizontally, and a frame is disposed outside the fixed mounting plate. The solar heat collector is embedded in the frame, the frame vertically arranged on an outer vertical surface of the balcony is utilized as a portion of the integral balcony, is perfectly combined and integrated with a building and has decorating and heat collecting functions. In addition, the solar heat collecting balcony resolves the problem of difficulty installation of solar equipment in urban high-rise building to the utmost extent, expands solar energy application range, reduces damage to appearances of buildings due to solar equipment mounted randomly, further can decorate buildings and improve appearances of the buildings, and reduces engineering manufacturing cost.

Description

The solar energy heating balcony

Technical field

The utility model belongs to building and combines with solar energy and to utilize technical field, relates in particular to a kind of solar energy heating balcony.

Background technology

Continuous deterioration along with worldwide natural environment, people's environmental protection and energy saving consciousness also improves constantly thereupon, also more and more higher to housing construction environmental protection, requirements of saving energy, the solar energy heating product is low with its input, and the characteristics that utilization rate is high have become people's first-selected household products.

Top formula one solar water heater is extensive application more than ten years in market at home, and its practicality, economy have generally obtained user's approval.But top formula one solar energy also exposes a lot of problems by the application of more than ten years, and is long not attractive in appearance such as pipeline, and waste water, and also freeze stifled winter easily; Roof is disorderly put to leave about influences roof waterproof maintenance and repair; High level can not be installed etc.Because the existence of above problems, cause the formula one solar energy major part rural area of going to the countryside in top to be sold.And big and medium-sized cities especially in the city, a lot of sub-district property and developer are afraid of to get into trouble, be reluctant to accept solar water heater, even find out various reasons and forbid installing solar water heater, common people can only hope " sun " to heave a sigh and can't utilize facing to the product of environmental protection and energy saving.

Laws and regulations support in this existing country, city common people's active demand is arranged again, and but building developer fearness influence building is reluctant to accept, be reluctant under the inconsistency of supporting installation, just press on the market a kind of can with the building perfect adaptation, and quality is really up to the mark, and the new type solar collecting product that dependable performance is stable occurs.

The utility model content

The utility model provides a kind of building and solar integration setting in order to solve weak point of the prior art, is the solar energy heating balcony of heat energy utilization with conversion of solar energy.

For solving the problems of the technologies described above, the utility model adopts following technical scheme: the solar energy heating balcony, comprise base plate, a front railing and two side rail, described front railing comprises the mounting plate in framework and the framework, vertically be provided with some vacuum tubes on the mounting plate side by side, be provided with super heat-conductive pipe in the vacuum tube, some vacuum tube upper ends are interconnected by a horizontally disposed water pipe.

Described super heat-conductive pipe is one section thicker, that the middle and lower part the is thinner cylindrical-shaped structure in top.

Adopt technique scheme, vertically be arranged on the mounting plate some vacuum tubes side by side, installing plate is embedded in the framework again, front railing as balcony, the front railing preferably is provided with towards south, the two sides railing can adopt clear glass, vacuum tube is the part of balcony as a whole, with the building perfect adaptation, combines together, play the effect of decoration and thermal-arrest, solved the urban skyscraper to a great extent difficult problem has been installed, enlarged the scope of Application of Solar Energy, reduced the destruction of random installation solar facilities architectural appearance, can also intersperse building and improve building attractive in appearance, reduce construction costs.

It is the heat transfer type of medium that super heat-conductive pipe breaks traditions with water, a large amount of heats can be realized that by minimum sectional area remote transmission fast need not additionaling power, it is a very effective flash heat transfer conduit, its heat transfer rate can reach 80-100cm/s, the speed of its conduction heat energy is more than 1000 times of copper heat conduction, transmission course almost is an isothermal heat transfer, extremely tens thousand of hours application life up to up to ten thousand hours, super heat-conductive pipe is compared with routine techniques, it is fast to have heat transfer rate, the heat transfer efficiency height, the not advantage such as water of conducting heat.

Consider insulation, keep problems such as the water route is unimpeded, leakage; Adopt and integrate design principles, the whole process of moving from constructing to, take all factors into consideration factors such as building, applying working condition, heat collector specification and performance parameter, system configuration and the method for operation, use and maintenance, energy-conservation and safety, economic benefit, the design principles that meets engineering system, solve the problem that combines of solar energy and metope, make heat collector incorporate building, form one, coordinate mutually with surrounding environment with building.

The utility model is when bringing economic benefit to the general common people, brought environment and social benefit also for country and society, can reduce the consumption of a large amount of coals, reduce the discharging of volume of smoke and carbon dioxide simultaneously, the improvement of environment has been played a positive role.Especially in the big and medium-sized cities of population than comparatively dense, solar energy heating product and architecture-integral design and installation, improved its utility ratio in the city greatly, power consumption, gas consumption have been significantly reduced, not only active response the national policy call, simultaneously, also alleviate the discharge pressure of state's household electrical appliances electrical network greatly, improved urban air-quality.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the upward view of Fig. 1;

Fig. 3 is the structural representation of super heat-conductive pipe in the middle of the utility model.

The specific embodiment

As Fig. 1, Fig. 2 and shown in Figure 3, solar energy heating balcony of the present utility model, comprise base plate 8, front railing 9, side rail 10 and a side rail 11, front railing 9 comprises the mounting plate in rectangular frame 1 and the framework 1, vertically be provided with some vacuum tubes 3 on the mounting plate 2 side by side, be provided with super heat-conductive pipe 4 in the vacuum tube 3, super heat-conductive pipe 4 is that one section on top is thicker, the cylindrical-shaped structure that the middle and lower part is thinner, above-mentioned some vacuum tubes 3 upper ends are interconnected by a horizontally disposed water pipe 5.

Front railing 9 preferably is provided with towards south, side rail 10 and side rail 11 can adopt clear glass, the size of three railings manufactures and designs according to the real size of balcony, utilize the medium in the vacuum tube 3 to transfer heat on the super heat-conductive pipe 4, pass to the medium in the top water pipe 5 again, thereby with medium such as water, heating such as air, adopt vertical embedded installation, reinforce by fastening devices, the part of balcony as a whole, combine together with the building perfect adaptation, play the effect of decoration and thermal-arrest, solved the urban skyscraper to a great extent difficult problem is installed, enlarged the scope of Application of Solar Energy, reduce building the destruction of solar facilities to architectural appearance arbitrarily has been installed, can also intersperse building and improve building attractive in appearance, reduced construction costs.

Claims

1. solar energy heating balcony, comprise base plate, a front railing and two side rail, it is characterized in that: described front railing comprises the mounting plate in framework and the framework, vertically be provided with some vacuum tubes on the mounting plate side by side, be provided with super heat-conductive pipe in the vacuum tube, some vacuum tube upper ends are interconnected by a horizontally disposed water pipe.

2. solar energy heating balcony according to claim 1 is characterized in that: described super heat-conductive pipe is one section thicker, that the middle and lower part the is thinner cylindrical-shaped structure in top.