ES1074054U - Support structure for solar panels (Machine-translation by Google Translate, not legally binding) - Google Patents

Support structure for solar panels (Machine-translation by Google Translate, not legally binding) Download PDF

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Publication number
ES1074054U
ES1074054U ES201130127U ES201130127U ES1074054U ES 1074054 U ES1074054 U ES 1074054U ES 201130127 U ES201130127 U ES 201130127U ES 201130127 U ES201130127 U ES 201130127U ES 1074054 U ES1074054 U ES 1074054U
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Spain
Prior art keywords
solar panels
bracing
support
support structure
cold
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Granted
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ES201130127U
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Spanish (es)
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ES1074054Y (en
Inventor
Jesús Zaldivar Navascues
Marta Ocón Viñuales
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Antares Servicios Ind Y Promocionales S L
ANTARES SERVICIOS INDUSTRIALES Y PROMOCIONALES SL
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Antares Servicios Ind Y Promocionales S L
ANTARES SERVICIOS INDUSTRIALES Y PROMOCIONALES SL
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Priority to ES201130127U priority Critical patent/ES1074054Y/en
Publication of ES1074054U publication Critical patent/ES1074054U/en
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Publication of ES1074054Y publication Critical patent/ES1074054Y/en
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    • 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
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/40—Solar thermal energy, e.g. solar towers
    • Y02E10/47—Mountings or tracking

Abstract

Support structure for solar panels, of the type used for the generation of photovoltaic energy, characterized by comprising several posts (1) driven on the ground, supporting each of them a head comprising a pivoting support (2) and a rear bracing (3), coupled on an arm (4) located in a joint manner with bracing straps (5) positioned transversely with respect to the post (1) by means of the collaboration of joints (6), supporting some rails (12) intended for supporting and securing the solar panels, completing the structure with safety straps (14) to stiffen the structure, assembled together, by means of bolted connections (7). (Machine-translation by Google Translate, not legally binding)

Description

Estructura de soporte para paneles solares.Support structure for solar panels.

La presente memoria descriptiva se refiere, como su título indica, a una estructura de soporte para paneles solares, del tipo de las utilizadas en la generación de energía fotovoltaica, caracterizada por conformarse en su totalidad en acero galvanizado, comprendida por una fijación monoposte hincada, con unos mecanismos de regulación de desplazamiento en horizontal, vertical y giro en el plano formado por sus dos ejes, acoplándose las placas solares sobre unos carriles soportados sobre correas de arriostramiento y ensamblada únicamente mediante uniones atornilladas, incorporando además unos tirantes como elementos rigidizadores de la estructura.The present specification refers to, as its title indicates, to a support structure for solar panels, of the type used in the generation of photovoltaic energy, characterized by completely conforming to galvanized steel, comprised of a fixed single-post fixation, with mechanisms of regulation of displacement in horizontal, vertical and rotation in the plane formed by its two axes, the solar panels being coupled on rails supported on bracing straps and assembled only by bolted joints, incorporating also some braces as stiffening elements of the structure.

En la actualidad son ampliamente conocidos diversos tipos de estructuras monoposte de soporte de placas solares para la captación de la radiación solar, estructuradas de acero y utilizando amarres y perfiles de aluminio, unidos entre sí por medios de sujeción mediante tornillos y con soldaduras, presentando el inconveniente de que al realizarse los montajes siempre que se acoplan los diferentes tipos de acero con los perfiles de aluminio, es necesaria la utilización de juntas de caucho para evitar posibles problemas oxidación que podrían transcender en la corrosión de la estructura.They are now widely known various types of single-plate solar panel support structures for the capture of solar radiation, structured steel and using moorings and aluminum profiles, joined together by fastening means by screws and with welds, presenting the disadvantage that when assembling is carried out whenever They couple the different types of steel with the aluminum profiles, the use of rubber gaskets is necessary to avoid possible oxidation problems that could transcend the corrosion of the structure.

Dichas estructuras pueden estar conformadas sobre zapatas de hormigón o con poste hincado sobre el terreno. Las estructuras sobre zapatas, por sus características requieren una preparación mayor del terreno y la utilización de hormigón, siendo en este sentido menos agresivas con el medio ambiente, las estructuras de poste hincado, ya que tanto durante el montaje como en su desmontaje el terreno no resulta dañado.These structures can be shaped on concrete footings or with a post driven into the ground. The structures on footings, for their characteristics require a major preparation of the land and the use of concrete, being in this sense less aggressive with the environment, the hinged post structures, since both during assembly and in its disassembly the ground is not damaged.

A modo de ejemplo en la patente EP2109152 "Sistema de montaje para placas fotovoltaicas" se presenta una estructura que permite un desplazamiento vertical y horizontal, pero presentando el problema de que los giros con respecto al eje horizontal se ven penalizados, ya que los medios que lo sustentan son de posicionamiento fijo.As an example in the patent EP2109152 " Mounting system for photovoltaic panels " there is a structure that allows a vertical and horizontal displacement, but presenting the problem that the turns with respect to the horizontal axis are penalized, since the means that They support it are fixed positioning.

Para satisfacer la necesidad técnica de favorecer los giros y desplazamientos en las estructuras monoposte hincadas y simplificar en lo posible el montaje de las mismas, se ha ideado la estructura de soporte para paneles solares objeto de la presente invención, la cual comprende varios postes hincados sobre el terreno, fácilmente adaptables a la orografía del terreno, sustentando cada uno de ellos un cabezal comprendido por los medios de desplazamiento y giro, acoplado sobre un brazo ubicado de manera solidaria con unas correas de arriostramiento posicionadas transversalmente con respecto al poste hincado mediante la colaboración de ejiones.To meet the technical need of favor the turns and displacements in the monoposte structures focused and simplify as much as possible the assembly of them, it has devised the support structure for solar panels object of the present invention, which comprises several posts poised on the terrain, easily adaptable to the terrain orography, supporting each of them a head understood by the media of displacement and rotation, coupled on an arm located so solidarity with bracing straps positioned transversely with respect to the post driven by the ejions collaboration.

Dichas correas de arriostramiento se montan de forma solidaria con unos carriles destinados para la sustentación y sujeción de las placas solares, completándose la estructura con unos tirantes de seguridad para rigidizar la estructura, quedando configurada con una versatilidad en giro y grados, con desplazamiento vertical y horizontal y giro en el plano formado por sus dos ejes, lo que permite por un lado la adaptación estructural a la orografía del terreno y por otro el ajuste de la inclinación de los paneles solares al ángulo más conveniente para obtener el mejor rendimiento de la instalación.These bracing straps are mounted from solidary form with rails destined for support and clamping of the solar panels, completing the structure with some safety braces to stiffen the structure, leaving configured with versatility in rotation and degrees, with vertical and horizontal displacement and rotation in the plane formed by its two axes, which allows on the one hand the structural adaptation to the terrain orography and on the other the tilt adjustment of solar panels at the most convenient angle to get the best installation performance.

La estructura que se presenta esta desarrollada en su totalidad en acero galvanizado, de acuerdo a la norma UNE/EN1461. Se emplea para su montaje tornillería de acero galvanizado o inoxidable para eliminar completamente las uniones soldadas y de esta forma evitar en lo posible problemas de oxidación.The structure presented is developed entirely in galvanized steel, according to the standard UNE / EN1461. It is used for mounting steel screws galvanized or stainless to completely remove the joints welded and thus avoid possible problems of oxidation.

Esta estructura de soporte para paneles solares que se presenta aporta múltiples ventajas sobre las estructuras disponibles en la actualidad siendo la más importante que dispone de medios de desplazamiento vertical y horizontal y giro en el plano formado por sus dos ejes para conseguir, por una parte, el ajuste y nivelación durante el montaje, y por otra parte, permite la regulación de la misma para un ángulo de inclinación de los paneles solares entre 15º y 35, según especificaciones del cliente y/o para obtener el máximo rendimiento de la instalación, conformando de esta forma un cabezal soportado por postes hincados fácilmente adaptables a la orografía del terre-
no.This support structure for solar panels that is presented provides multiple advantages over the structures currently available, being the most important that has means of vertical and horizontal displacement and rotation in the plane formed by its two axes to achieve, on the one hand, the adjustment and leveling during the assembly, and on the other hand, allows the regulation of it for an angle of inclination of the solar panels between 15º and 35, according to customer specifications and / or to obtain the maximum performance of the installation, conforming in this way a head supported by driven posts easily adaptable to the orography of the land
no.

Una ventaja no menos importante es que es que la estructura se conforma en su totalidad con acero galvanizado según la norma UNE/EN1461, evitando la oxidación y corrosión y dotándola de mayor durabilidad gracias a su resistencia a la climatología.A no less important advantage is that the structure conforms entirely with galvanized steel according to UNE / EN1461, avoiding oxidation and corrosion and providing it of greater durability thanks to its resistance to the weather.

Otra ventaja como consecuencia de la anterior es la facilidad del montaje de los módulos solares ya que éstos se montan a través de unos carriles, no siendo necesario ningún tipo de junta de caucho durante el ensamblaje con los soportes de sujeción, ya ambos se conforman de acero galvanizado.Another advantage as a result of the previous one is the ease of assembly of the solar modules since these are they ride through some lanes, not being necessary any type of rubber gasket during assembly with clamping brackets, Both are already made of galvanized steel.

Como ventaja importante añadir que su ensamblaje se realiza exclusivamente mediante uniones atornilladas, evitando en su totalidad las uniones soldadas. Estas uniones atornilladas serán preferiblemente de acero inoxidable, facilitando enormemente el montaje y contribuyendo a un menor coste económico de la instalación.As an important advantage, add that your assembly It is done exclusively by bolted joints, avoiding all welded joints. These bolted joints will be preferably stainless steel, greatly facilitating the assembly and contributing to a lower economic cost of the installation.

Para comprender mejor el objeto de la presente invención, en el plano anexo se ha representado una realización práctica preferencial de una estructura de soporte para paneles solares.To better understand the purpose of this invention, an embodiment has been shown in the attached drawing preferential practice of a support structure for panels solar.

En dicho plano la figura -1- muestra una vista de alzado y perfil de la estructura de soporte para paneles solares ensamblada únicamente mediante uniones atornilladas.In that plane, figure -1- shows a view of elevation and profile of the support structure for solar panels assembled only by bolted joints.

La figura -2- muestra una vista de perfil de la estructura de soporte en la posición horizontal, señalando el cabezal de soporte de giro.Figure -2- shows a profile view of the support structure in the horizontal position, pointing to the spin support head.

La figura -3- muestra un detalle constructivo del soporte de giro.Figure -3- shows a constructive detail of the swing support.

La figura -4- muestra una vista de perfil de la estructura de soporte en la posición horizontal, señalando el arriostramiento trasero.Figure -4- shows a profile view of the support structure in the horizontal position, pointing to the rear bracing.

La figura -5- muestra un detalle constructivo del arriostramiento trasero.Figure -5- shows a constructive detail of the rear bracing.

La figura -6- muestra una vista de perfil de la estructura de soporte en la posición horizontal, señalando el carril para el acoplamiento de las placas solares.Figure -6- shows a profile view of the support structure in the horizontal position, pointing the rail for the coupling of solar panels.

La figura -7- muestra un detalle constructivo del carril ensamblado con los diferentes elementos de la estructura.Figure -7- shows a constructive detail of the rail assembled with the different elements of the structure.

La figura -8- muestra un detalle constructivo del carril ensamblado con su correspondiente perfil, mostrando el hueco habilitado para la inserción de un panel solar.Figure -8- shows a constructive detail of the rail assembled with its corresponding profile, showing the hole enabled for the insertion of a solar panel.

La estructura de soporte para paneles solares objeto de la presente invención, comprende, como puede apreciarse en el plano anexo, varios postes (1) hincados sobre el terreno, sustentando cada uno de ellos un cabezal comprendido por un soporte de giro (2) y un arriostramiento trasero (3), acoplados sobre un brazo (4) ubicado de manera solidaria con unas correas de arriostramiento (5) posicionadas transversalmente con respecto al poste (1) mediante la colaboración de ejiones (6), soportando unos carriles (12) destinados para la sustentación y sujeción de las placas solares, completándose la estructura con unos tirantes (14) de seguridad para rigidizar la estructura, ensamblados entre sí, mediante tornillería (7) de acero inoxidable.The support structure for solar panels object of the present invention, comprises, as can be seen in the annexed plan, several posts (1) driven on the ground, supporting each of them a head comprised of a support of rotation (2) and a rear bracing (3), coupled on a arm (4) located in solidarity with some straps bracing (5) positioned transversely with respect to the post (1) through the collaboration of ejiones (6), supporting some rails (12) intended for the support and support of solar panels, completing the structure with braces (14) safety to stiffen the structure, assembled together, by screws (7) of stainless steel.

El poste (1) se conforma con un perfil "omega", creándose una cavidad interior (1.1) destinada para el amarre del arriostramiento trasero (3).The post (1) conforms to a profile "omega", creating an inner cavity (1.1) intended for rear bracing mooring (3).

El soporte de giro (2) comprende una placa soporte (8) configurada de forma irregular, presentando unos agujeros (8.1) en su parte inferior destinados para el amarre con el poste (1) mediante una pletina de fijación (9), presentando en su parte superior dos taladros rasgados (8.2) destinados para el amarre con el brazo (4), plegado en U en frío, mediante una pletina de giro (10).The rotation support (2) comprises a plate support (8) irregularly configured, presenting some holes (8.1) at the bottom intended for mooring with the post (1) by means of a fixing plate (9), presenting in its top two torn holes (8.2) intended for mooring with the arm (4), folded in cold U, by means of a turning plate (10)

El amarre de la placa soporte (8) con el brazo (4) se realiza a través de los dos taladros rasgados (8.2) presentados en su parte superior, pudiendo desplazarse durante el ensamblaje con la pletina de giro (10) variando así el giro en el plano formado por sus dos ejes.The tie up of the support plate (8) with the arm (4) is performed through the two torn holes (8.2) presented in its upper part, being able to move during the assembly with the rotation plate (10) thus varying the rotation in the plane formed by its two axes.

El arriostramiento trasero (3) se configura por un arriostramiento superior (3.1), plegado en U en frío, ensamblado con el brazo (4) y un arriostramiento inferior (3.2), plegado en "U" en frío, ensamblado con el poste (1), ensamblados a su vez entre sí por sus extremos libres mediante la colaboración de una pletina de regulación (11).The rear bracing (3) is configured by a top bracing (3.1), cold U-folded, assembled with the arm (4) and a lower bracing (3.2), folded in Cold "U", assembled with post (1), assembled in turn each other for their free ends by collaborating with a regulation plate (11).

El arriostramiento inferior (3.2) dispone de un agujero rasgado destinado para que el arriostramiento trasero (3) puede variar el desplazamiento vertical u horizontal de las placas solares, mediante su deslizamiento con el arriostramiento superior (3.1), bloqueándose la posición mediante el apriete de la pletina de regulación (11).The lower bracing (3.2) has a torn hole intended for rear bracing (3) the vertical or horizontal displacement of the plates may vary solar, by sliding with the upper bracing (3.1), blocking the position by tightening the plate of regulation (11).

El carril (12) se conforma por un plegado en "U" en frío, ensamblando en su parte inferior un perfil (13) de la misma longitud y también plegado en "U" en frío, de menor altura, destinado para acoplar los carriles (12) con las correas de arriostramiento (5), creando un espacio (12.1) destinado para la inserción de las placas solares, bloqueando su posición mediante una fijación longitudinal (15).The rail (12) is formed by a folding in Cold "U", assembling in its lower part a profile (13) of the same length and also folded in "U" cold, shorter height, intended to couple the rails (12) with the belts of bracing (5), creating a space (12.1) intended for insertion of solar panels, blocking their position by means of a longitudinal fixation (15).

Los tirantes (14) se conforman con un plegado en "U" en frío, ubicándose en el espacio conformado entre ambas correas de arriostramiento (5) y ensalmado entre ellas, rígidizando la estructura.The braces (14) conform to a folding in "U" in cold, being located in the space formed between the two bracing straps (5) and ensalmado between them, rigidifying the structure.

Claims (6)

1. Estructura de soporte para paneles solares, del tipo de las utilizadas para la generación de energía fotovoltaica, caracterizada por comprender varios postes (1) hincados sobre el terreno, sustentando cada uno de ellos un cabezal comprendido por un soporte de giro (2) y un arriostramiento trasero (3), acoplados sobre un brazo (4) ubicado de manera solidaria con unas correas de arriostramiento (5) posicionadas transversalmente con respecto al poste (1) mediante la colaboración de ejiones (6), soportando unos carriles (12) destinados para la sustentación y sujeción de las placas solares, completándose la estructura con unos tirantes (14) de seguridad para rigidizar la estructura, ensamblados entre sí, mediante uniones atornilladas (7).1. Support structure for solar panels, of the type used for the generation of photovoltaic energy, characterized by comprising several posts (1) driven on the ground, each supporting a head comprised of a rotating support (2) and a rear bracing (3), coupled on an arm (4) located in solidarity with bracing straps (5) positioned transversely with respect to the post (1) by means of the collaboration of armings (6), supporting rails (12) ) intended for the support and support of the solar panels, the structure being completed with safety braces (14) to stiffen the structure, assembled together, by means of bolted joints (7). 2. Estructura de soporte para paneles solares, según la anterior reivindicación, caracterizada porque el poste (1) se conforma de perfil "omega", creándose una cavidad interior (1.1) de amarre con el arriostramiento trasero (3).2. Support structure for solar panels, according to the preceding claim, characterized in that the post (1) is formed by an "omega" profile, creating an inner cavity (1.1) for mooring with the rear bracing (3). 3. Estructura de soporte para paneles solares, según la reivindicación 1, caracterizada porque el soporte de giro (2) comprende una placa soporte (8) configurada de forma irregular, presentando unos agujeros (8.1) en su parte inferior, de amarre con el poste (1) mediante una pletina de fijación (9), presentando en su parte superior dos agujeros rasgados (8.2), de amarre con el brazo (4), plegado en "U" en frío, mediante una pletina de giro (10).3. Support structure for solar panels, according to claim 1, characterized in that the rotation support (2) comprises an irregularly shaped support plate (8), having holes (8.1) in its lower part, moored with the post (1) by means of a fixing plate (9), presenting in its upper part two torn holes (8.2), of mooring with the arm (4), folded in "U" cold, by means of a turning plate (10) . 4. Estructura de soporte para paneles solares, según la reivindicación 1, caracterizada porque el arriostramiento trasero (3) se configura por un arriostramiento superior (3.1), plegado en "U" en frío, ensamblado con el brazo (4) y un arriostramiento inferior (3.2), plegado en "U" en frío, ensamblado con el poste (1), ensamblados a su vez entre sí por sus extremos libres mediante la colaboración de una pletina de regulación (11).4. Support structure for solar panels according to claim 1, characterized in that the rear bracing (3) is configured by an upper bracing (3.1), cold "U" folding, assembled with the arm (4) and a bracing bottom (3.2), cold "U" folded, assembled with the post (1), assembled in turn with each other by its free ends by means of the collaboration of a regulation plate (11). 5. Estructura de soporte para paneles solares, según la reivindicación 1, caracterizada porque el carril (12) se conforma por un plegado en "U" en frío, ensamblando en su parte inferior un perfil (13) de la misma longitud y también plegado en U en frío, de menor altura, destinado para acoplar los carriles (12) con las correas de arriostramiento (5), creando un espacio (12.1) destinado para la inserción de las placas solares, bloqueando su posición mediante fijaciones longitudinales (15).5. Support structure for solar panels according to claim 1, characterized in that the rail (12) is formed by a cold "U" folding, assembling in its lower part a profile (13) of the same length and also folding U-shaped, lower height, intended to couple the rails (12) with the bracing straps (5), creating a space (12.1) intended for the insertion of the solar panels, blocking their position by means of longitudinal fixings (15) . 6. Estructura de soporte para paneles solares, según la reivindicación 1, caracterizada porque los tirantes (14) se conforman con un plegado en "U" en frío, ubicándose en el espacio conformado entre ambas correas de arriostramiento (5) y ensamblado entre ellas.6. Support structure for solar panels according to claim 1, characterized in that the braces (14) are formed with a cold "U" folding, being located in the space formed between both bracing straps (5) and assembled between them .
ES201130127U 2011-02-10 2011-02-10 Support structure for solar panels Expired - Fee Related ES1074054Y (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2898277A1 (en) * 2020-09-04 2022-03-04 Esasolar Energy System S L Structure of support of bifacial photovoltaic panels and solar plant comprising said structure (Machine-translation by Google Translate, not legally binding)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2898277A1 (en) * 2020-09-04 2022-03-04 Esasolar Energy System S L Structure of support of bifacial photovoltaic panels and solar plant comprising said structure (Machine-translation by Google Translate, not legally binding)

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