阅读说明：本技术 低矮住房上的发电屋罩 (Power generation house cover on low housing ) 是由 李新亚 于 2021-10-11 设计创作，主要内容包括：本发明涉及一种低矮住房上的发电屋罩,含低矮住房和发电屋罩。发电屋罩含屋罩(1)和太阳能电池板(2)。屋罩(3)为半球形或半橄榄球形,太阳能电池板(2)敷贴在屋罩(3)上,太阳能电池板(2)的面积大于2倍屋顶(3)上表面面积；本发明较太阳能电池板(2)敷贴在夹角小的人字形屋罩上,不存在安全隐患；屋罩(3)既呈现曲线美,又使屋罩(3)上敷贴的太阳能电池板(2)受光不受低矮住房的朝向影响；低矮住房的电力可以自给自足,既绿色环保,又省掉室外的输变电设置,还节省开支,社会效益显著；本发明将改变低矮住房的住房条件,前景广阔,影响深远。(The invention relates to a power generation house cover on a low housing, which comprises the low housing and the power generation house cover. The power generation house cover comprises a house cover (1) and a solar cell panel (2). The house cover (3) is hemispherical or semi-rugby-spherical, the solar cell panel (2) is pasted on the house cover (3), and the area of the solar cell panel (2) is more than 2 times of the area of the upper surface of the roof (3); compared with a solar cell panel (2), the solar cell panel is applied to a herringbone house cover with a small included angle, so that potential safety hazards do not exist; the house cover (3) is beautiful in curve, and the solar cell panel (2) applied on the house cover (3) is not influenced by the orientation of a short house; the electric power of the low housing can be self-sufficient, so that the environment is protected, the outdoor power transmission and transformation arrangement is omitted, the expenditure is saved, and the social benefit is remarkable; the invention changes the housing conditions of short housing, has wide prospect and far-reaching influence.)

1. A power generation house cover on a low housing comprises the low housing and the power generation house cover;

the low housing is commonly seen in rural houses or villas and is formed by a horizontal roof (3) and n outer walls (4);

the method is characterized in that:

one cantilever beam (5) extends from the top of any one outer wall (4) of the n outer walls (4) to two sides, and 2n cantilever beams (5) extend from the periphery of the roof (3) in the same direction;

the power generation house cover comprises a house cover (1) and a solar cell panel (2);

the roof cover (1) is in a hemispherical shape or a semi-rugby shape, the interior of the roof cover is a cavity, the roof cover is made of light firm materials, the vertex of the roof cover is positioned right above the center of the roof (3), the roof cover covers the roof (3), and the edge of the roof cover is fixedly connected to the 2n outriggers (5) at corresponding positions; if the house cover (1) is in a half-football shape, the long half shaft is vertical, and the short half shaft is horizontal;

a solar cell panel (2) is applied to the hemispherical or semi-rugby-shaped outer surface of the house cover (1);

solar cell panel (2), its area is greater than roof (3) upper surface area's 2 times, and its electricity that sends can let low housing realizes electric power self-sufficiency, and both green saves outdoor power transmission and transformation setting again, still saves the spending.

Technical Field

The invention relates to a power generation house cover on a low housing, in particular to a power generation house cover on a low housing, which can enable the low housing to realize self-sufficiency of electric power.

Background

Rural houses or villas are distributed dispersedly, especially rural houses, lighting wires are criss-cross and disorderly, short circuit or open circuit faults are easy to occur, fault points are difficult to find, and a large amount of electric energy is wasted. Many electrical appliances in rural families can not work normally due to too low voltage.

This has been the case for decades. This situation needs to be completely changed in order to build a modern new countryside.

Will rural housing be concentrated and not go?

This method is impractical and a large amount of land can never be discarded without cultivation.

The good solution is a new way, and various families supply power by solar energy, and the power is self-sufficient.

The problem is where the solar panel is installed?

The house is arranged on a wall, and the light receiving conditions of some peripheral walls are not good, so that the house cannot be lost.

Is it installed on a herringbone roof?

The floor area is too small and the generated power is insufficient.

It is infeasible to reduce the angle of the herringbone hood and increase the area of the herringbone hood.

The angle of the herringbone roof cover is 30 degrees, the total area of the roof cover is 2 times of the area of the horizontal roof, and the increase of the area of the herringbone roof cover seems to be solved.

However, the triangular wall body above the bearing wall for supporting the herringbone house cover extends to a high height, so that great potential safety hazards exist, and the triangular wall body can collapse when a small earthquake occurs. Once collapsed, the household destroyer dies and dares to risk.

To increase the area of the solar cell panel to be applied, another solution is needed.

Disclosure of Invention

The invention aims to provide a power generation house cover on a low housing, which can realize self-sufficient power in the low housing.

In order to solve the technical problem, the technical scheme of the invention is as follows:

a power generation house cover on a low housing comprises the low housing and the power generation house cover.

The low housing, which is commonly found in rural houses or villas, is enclosed by a horizontal roof and n outer walls.

And 2n cantilever beams are extended to the periphery of the roof in total.

The power generation house cover comprises a house cover and a solar cell panel.

The roof cover is hemispherical or semi-rugby-shaped, the interior of the roof cover is a cavity, the roof cover is made of light firm materials, the vertex of the roof cover is positioned right above the center of the roof, the roof cover covers the roof, and the edge of the roof cover is fixedly connected to the 2n outriggers at corresponding positions; if the house cover is in a half football shape, the long half shaft is vertical, and the short half shaft is horizontal.

A solar panel is applied to the hemispherical or semi-football shaped outer surface of the housing.

The area of the solar cell panel is 2 times larger than that of the upper surface of the roof, and electricity generated by the solar cell panel can enable the low housing to achieve self-sufficiency of electricity, so that the solar cell panel is green and environment-friendly, and saves outdoor power transmission and transformation settings and expenditure.

With such a structure, when the radius of the house cover is a hemisphere of R, the area of the circular surface is pi R²The area of the hemispherical surface is 2 pi R². Because the roof is covered by the roof cover, the area of the hemispherical surface of the roof cover is more than 2 times of the area of the upper surface of the roof.

When the roof cover is a half football shape, the area of the outer surface of the half football is more than 2 times the area of the top surface of the roof because it covers the roof.

No matter apply ointment or plaster solar cell panel on the hemisphere surface of house cover, still apply ointment or plaster solar cell panel on the half football surface of house cover, solar cell panel's area all is greater than 2 times roof upper surface area, and the solar cell panel of directly applying ointment or plaster on the roof, in the same time, solar energy conversion is more into the electric energy on the house cover, has solved the low house and has realized the self-sufficient technical problem of electric power. This is one of the creations of the present invention.

After the structure is adopted, the solar cell panel is applied to the outer surface of the hemispherical or semi-rugby-spherical house cover, and compared with the solar cell panel, the solar cell panel is applied to the herringbone house cover with a small included angle, the structure of a low-rise house is firm, and potential safety hazards do not exist. This is the second creation of the present invention.

After the structure is adopted, the house cover is hemispherical or semi-rugby-shaped, so that the curved beauty is presented, and the solar cell panel applied on the house cover is not influenced by the orientation of a low house and is much better than the traditional herringbone house cover. This is the third creation of the present invention.

After the structure is adopted, the electric power of the low housing can be self-sufficient, so that the environment is protected, the outdoor power transmission and transformation arrangement is omitted, the expenditure is saved, and the social benefit is remarkable. This is the fourth creation of the present invention.

After the structure is adopted, the house cover is not fixedly connected to the roof but fixedly connected to the cantilever beam, so that the area of the solar cell panel is increased, and more electricity can be generated. This is the fifth creation of the present invention.

After the structure is adopted, the house cover is internally provided with the cavity, the house cover is made of light firm materials, the weight is small, the installation, the maintenance and the replacement are easy, articles or people can be placed in the cavity, and the design is more comprehensive. This is the sixth creation of the present invention.

After the structure is adopted, the invention can thoroughly change the housing conditions of the short housing, has wide prospect and has profound influence.

Drawings

The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.

Fig. 1 is a schematic view of a power generation house cover on a low-rise building, but the house cover is hemispherical.

Fig. 2 is a schematic view of a power generation housing on a low rise building, but with the housing in the shape of a half football.

Detailed Description

As shown in fig. 1 or fig. 2, the power generation housing on a low housing comprises the low housing and the power generation housing.

The low housing, which is common in rural houses or villas, is enclosed by a horizontal roof 3 and n outer walls 4.

On top of any one 4 of the n outer walls 4, a cantilever beam 5 extends towards two sides, and 2n cantilever beams 5 extend towards the periphery of the roof 3.

The power generation house cover comprises a house cover 1 and a solar cell panel 2.

The roof cover 1, it is hemispherical or half rugby shape, its inside is the cavity, it is made of light firm material, its vertex lies right above the centre of the roof 3, it covers the roof 3, its edge is fixedly connected to these 2n outriggers 5 of the corresponding position; if the house cover 1 is in a half football shape, the long half shaft is vertical, and the short half shaft is horizontal.

The dome-shaped or half-football-shaped outer surface of the housing 1 is applied with a solar panel 2.

The area of the solar cell panel 2 is 2 times larger than that of the upper surface of the roof 3, and the electricity generated by the solar cell panel can realize self-sufficiency of the electricity in the low housing, so that the solar cell panel is green and environment-friendly, and saves the outdoor power transmission and transformation arrangement and expenditure.

The embodiments of the present invention are described in detail above with reference to the accompanying drawings. The present invention is not limited to the above-described embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art. Variations that do not depart from the gist of the invention are intended to be within the scope of the invention.