22 results about "Solar shingle" patented technology

An apparatus comprises a solar panel or solar tile; and a pultrusion fiber reinforced polymer (PFRP) bracket connected to the solar panel or solar tile. The PFRP bracket mounts the solar panel or solar tile on a roof, and is configured to elevate the solar panel or solar tile a sufficient amount above the roof to enable airflow to occur under the solar panel or solar tile. The PFRP material comprises fibers embedded in a resin matrix. Exemplary fibers are glass, carbon, and synthetic fibers. PFRP products can be formed using a pultrusion method that eliminates outgassing. An intumescent fire barrier can be applied to the PFRP to meet National Fire Protection Association fire endurance codes and standards.

A solar shingle assembly for installing on a roof is described. The assembly includes shingles; photovoltaic cells allocated to the shingles; a bendable section coupling at least a pair of shingles and containing an electrical conductor, the bendable section allowing shingles to partially overlap while allowing electrical continuity therebetween; and a base sheet having an affixing region for securing the assembly to the roof. A method for manufacturing a solar shingle assembly for a roof includes assembling a laminate, including providing a backing sheet, affixing photovoltaic cells thereto alternating spacing rows, and applying a transparent layer to form the laminate. Slits are cut in the laminate to form parallel, interconnected strips, each strip containing a row photovoltaic cells and a spacing row between each slit.

A method for processing a curved solar power tile (100) and the curved solar power tile (100) are disclosed, the method for processing the curved solar power tile (100) includes the steps of sequentially laminating and installing a first adhesive film layer (141), a solar cell sheet (110), and a first protective layer (120); performing primary lamination on the first adhesive film layer (141), the solar cell sheet (110), and the first protective layer (120) to form a planar laminate assembly (150); sequentially laminating and installing a rigid curved second protective layer (130), a second adhesive film layer (142), and the laminate assembly (150); and performing secondary lamination on the second protective layer (130), the second adhesive film layer (142), and the laminate assembly (150) to form a curved solar power tile (100).

Connection box for a solar tile comprising a, in particular central, base body, in particular with a first longitudinal extension and in particular two side parts, each opposite the central base body in the direction of the longitudinal extension and fixed to it at their ends, in particular with mutually parallel longitudinal extensions perpendicular to the first longitudinal extension, wherein the connection box, in particular the base body and side parts, form a support plane by support surface sections for supporting a rear carrier layer of a solar cell arrangement, wherein the connection box, in particular the side parts, is / are stepped on its underside facing away from the support surface sections and / or a mounting surface parallel to the support plane for supporting on a roof batten and in particular each adjoining thereto at an angle in the range between 80 and 120°, in particular between 85 and 120°,extending stop surface section for contact with a roof batten, which in particular has at least one projection for gripping a roof batten.,

The invention relates to a solar roof kit comprising - a plurality of solar shingles (1), each having a shingle body (12), arranged and / or formed on the suspensions (11), - a variety of editions (2), each with • an elongated support body (20), • a receiving section (21) designed to receive one of the suspensions (11) of one of the plurality of solar shingles (1), and • a fastening section (22) which can be fastened to a substrate. Furthermore, the invention relates to a roof comprising the solar roof kit.

1. The name of the design product: Yindeng photovoltaic tile. 2. The use of the design product: The design product is used for laying on the roof for photovoltaic power generation. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

Device (1) for manufacturing solar modules (2) from electrically interconnected solar elements (3), in particular from electrically interconnected solar shingles (3), with a feeding device (4) for feeding the solar elements (3) to a component assembly of solar modules (2), characterized in that the feeding device (4) comprises a magnetically guided planar drive (5) with at least two magnetically driven rotors (6), wherein each rotor (6) has a workpiece holder (8) on which at least one support position (9) for at least one solar element (3, 31) is formed, wherein the magnetically guided planar drive (5) has a drive surface (7) on which the at least two rotors (6) can be positioned independently of one another, and wherein a transfer area (11) is defined on the drive surface (7).in which at least two runners (6) can be positioned side by side in at least one row (12) for configuring the solar elements (3) arranged on the support places (9) of their workpiece holders (8).

Solar roof tiles comprising a front transparent layer, a rear layer arranged behind it, and at least one, in particular exactly one, solar cell arranged between them, wherein the solar roof tile has the shape of a trapezoid, in particular a parallelogram, in particular a rectangle or square with one of the two rounded corners and / or sides, characterized in that the solar cell has a distance of at least 30 mm from the respective side of two adjacent sides of the solar roof tile and has a total of at least two holes through the solar roof tile in an area extending along the two sides and extending 30 mm from each of the two sides onto the solar tile, and that the solar roof tile has a connection box on the rear side in which the ribbons of the solar cell are guided and connected to two connecting cables.which protrude from the junction box are electrically connected and that the solar tile has at least one spacer extending away from the rear side on at least one side opposite one of the two sides.

1. The name of this design product: solar tiles (Jingpu tiles). 2. Purpose of this design product: Used for the installation of photovoltaic modules for building-integrated photovoltaic power generation. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1. 5. When showing in other views, omit the bottom view; when showing in other views, omit the top view.

The utility model discloses a multifunctional solar tile which comprises a shell provided with a containing cavity. The heat preservation water tank is installed in the containing cavity, and a water storage cavity is formed in the heat preservation water tank; the heat collector is internally used for storing cold water and outputting the stored cold water to the heat preservation water tank after heating the cold water, the cold water in the heat preservation water tank flows back into the heat collector to be heated, and the heat collector is connected and communicated with the heat preservation water tank through a water inlet and outlet pipe. The semitransparent photovoltaic panel, the heat collector, the heat preservation water tank, the spraying system and the temperature control device are integrated in the shell, multiple functions of photovoltaic power generation, hot water heating, temperature regulation and control, automatic cleaning and the like are achieved, the requirements of users for electric energy and hot water are met, the utilization efficiency of solar energy is improved, and the energy consumption is reduced. And meanwhile, efficient operation and maintenance of equipment are realized through an intelligent control system, and the reliability and the service life of the system are further improved.

The invention relates to a method for the, in particular partially automatic, laying of solar tiles and solar tiles. Floating solar hexagons on bodies of water are known, such as those shown in US 11,565,778 B2. Solar tiles are also known, with connectors attached to cables behind them for electrical connection. The object of the invention is to provide a method for the simplified and / or partially or fully automated assembly of solar tiles and a suitable solar tile or a system of such solar tiles. This problem is solved by a method for mounting a plurality of solar tiles on a fixed building structure, wherein the mounting is carried out as follows: fixing, in particular suspending, the solar tiles with the holding device on at least one fixing device of the building structure, in particular horizontal roof batten, by or and subsequent sliding in the direction of the first device and / or pressing down on the solar tile and / or an electrical contact of the solar tile.

The invention relates to a hybrid solar tile (1) equipped with one or more photovoltaic cells (2) through which an electric current flows when the cells are exposed to sunlight, and a plate called a "thermal junction" attached beneath the photovoltaic cells, characterized in that it provides thermal conduction between the solar tile and the heat transfer pipe (3). Figure to be published with the abbreviation: Figure 1 PV: photovoltaic PVT: photovoltaic and thermal

A device (1) for producing solar modules (2) from electrically interconnected solar elements (3), in particular from electrically interconnected solar shingles (3), with a feed device (4) for feeding the solar elements (3) for equipping with solar modules (2), wherein the supply device (4) includes a magnetically guided planar drive (5) with at least two magnetically driven sliders (6), and each slider (6) has a respective workpiece receptacle (8) on which at least one support area (9) for at least one solar element (3) is formed.

The invention relates to a solar shingle, comprising a solar shingle body (1) with a shingle surface (10) and a hook (2) which is connected to the solar shingle body (1) via a connecting means (6), wherein the hook (2) and the connecting means (6) are designed and configured such that the hook (2) is mechanically adjustable between a transport position in which the solar shingle is transported and an assembly position in which the hook (2) fastens the solar shingle body (1) to a roof batten beam (4).

A circuit connection method for a shingled component, the steps include: connecting each battery string through a bus bar at the positive terminal and the negative terminal of the component respectively; connecting each battery string through a bus bar at the position of each bypass diode of the component; and then setting a lead wire group at the position of the middle axis of the component to connect the current in the component with the peripheral device to form a loop current; the structure of the bus bar used at the positive terminal and the bypass diode position is different from that of the bus bar used at the negative terminal. The present invention is particularly suitable for double-glass solar shingled cells, at the positive terminal and the bypass diode position, the width of the bus bar at the welding point position is wider and the width at the non-welding point position is narrower; the negative terminal adopts a foldable bus bar; it can not only reduce the risk of poor welding, improve the welding stability and qualified rate of the component; but also reduce the heat generation at the bus bar during power generation, effectively reduce power loss, and improve the output power of the component; so that the proportion of power generation on the back of the component is increased by more than 5%.

The utility model belongs to the technical field of solar tiles, and particularly relates to a solar tile with a drainage structure, which comprises a tile surface structure, a drainage component arranged on the side edge of the tile surface structure, a mounting component arranged between the tile surface structure and the drainage component, and a wall component arranged at the lower end of the tile surface structure. The solar tile solves the problems that when no effective measure is taken on the side edge of the solar tile, in rainy weather, rainwater flows down along the surface of a tile body, the rainwater is easy to overflow from the side edge of the solar tile due to no blocking and guiding of the side edge, wall materials can be discolored and mildewed, and the attractiveness of the building appearance is affected. A plurality of tile bodies are orderly arranged above the side wall surface layer according to scientific and reasonable layout, and the side water blocking grooves of the drainage assemblies are arranged on the side surfaces of the tile bodies, so that a large amount of rainwater is prevented from dripping on the side wall surface layer arbitrarily, the situation that the appearance of a building is damaged due to residual water spots is effectively avoided, and the tidiness and attractiveness of the appearance of the building are powerfully maintained.

The invention relates to a solar shingle comprising a solar shingle body (1) having a shingle surface (10), and a hook (2) which is connected to the solar shingle body (1) via a connecting means (6), wherein the hook (2) and the connecting means (6) are designed and configured such that the hook (2) can be mechanically adjusted between a transport position, in which the solar shingle is transported, and a mounting position, in which the hook (2) attaches the solar shingle body (1) to a roof batten beam (4).

A roofing system, includes: a roof deck; a first roofing shingle installed on the roof deck, where the first roofing shingle comprises a reveal portion and a head lap portion; a first step flap installed on the roof deck; and a first solar shingle installed on the roof deck, where the first solar shingle includes: a reveal portion, where the reveal portion includes a plurality of solar cells, a first side lap; a first side flap, and a second side flap, where the reveal portion of the first roofing shingle covers the first side flap of the first solar shingle, where a first portion of the first step flap covers the second side flap of the first solar shingle, where a second portion of the first step flap is under the first side lap of the first solar shingle.

A solar shingle having a substrate positioned beneath an upper material layer and at least one photovoltaic cell coupled to the substrate. A first terminal can be electrically coupled to the at least one photovoltaic cell and positioned adjacent to a first sidewall of the solar shingle, and a second terminal can be electrically coupled to the at least one photovoltaic cell and positioned adjacent to a second sidewall of the solar shingle. An upper surface of the upper material layer can have one or more recesses positioned between the first sidewall and the second sidewall and adjacent to the at least one photovoltaic cell. Further, the upper surface can have a variety of imparted surface characteristics, among other aesthetics and coloring, that can provide the solar shingle with outwardly appearance that is at least similar to traditional, non-solar shingles.