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171
results.
Updated on
13/10/2025 [15:28:00]
Absstract of: FR3161064A1
L’invention concerne un procédé de traitement pour augmenter le rendement d’une cellule photovoltaïque (1), comportant des étapes de : Positionnement de la cellule photovoltaïque (1) sur un convoyeur (3) le long duquel est positionnée une matrice de sources lumineuses, Acquisition d’une image (IMG) de la cellule photovoltaïque (1) sur le convoyeur (3) à l’aide d’une caméra (4),Division de l’image acquise en plusieurs zones, dites premières zones à éclairer et deuxièmes zones à ne pas éclairer,Création d’une séquence de contrôle des sources lumineuses de la matrice à l’aide de l’image divisée en plusieurs zones,Ladite séquence de contrôle étant définie par plusieurs instants successifs,A chaque instant de la séquence de contrôle, mettre dans l’état actif chaque source lumineuse située en vis-à-vis d’une première zone de l’image et mettre dans l’état inactif chaque source lumineuse située en vis-à-vis d’une deuxième zone de la cellule photovoltaïque. Figure à publier avec l’abrégé : Figure 2
Absstract of: DE102024109491A1
Offenbart ist eine Haltevorrichtung 100 zur Befestigung mindestens eines Solarmoduls 300, 300' an einer C-Profilschiene 200. Die Haltevorrichtung umfasst ein Montageelement 10 zur Montage in einer Rinne R der C-Profilschiene sowie ein Riegelelement 20. Das Riegelelement 20 ist dazu eingerichtet, einer Einsteckrichtung E folgend teilweise in eine im Montageelement 10 ausgebildete Aufnahme A eingesteckt zu werden, dabei in ihr zu verrasten und mit mindestens einem Überstandsbereich 21 senkrecht zur Einsteckrichtung E über das Montageelement 10 hinauszuragen.Weiterhin offenbart sind eine Befestigungsanordnung 1 für mindestens ein Solarmodul 300, 300' an einer Tragstruktur und eine Solaranlage, die jeweils insbesondere eine solche Haltevorrichtung 100 umfassen, sowie ein Verfahren zu Installation einer Solaranlage unter Verwendung einer solchen Haltevorrichtung 100.
Absstract of: DE102024109244A1
Die vorliegende Erfindung betrifft einen Rahmen für ein Fotovoltaikmodul, wobei der Rahmen ausgestaltet ist, den Rand einer Modulplatte vollständig zu umschließen. Im Rahmen der Erfindung wird vorgeschlagen, dass der Rahmen Hohlrohre aufweist, wobei die Hohlrohre im Wesentlichen außerhalb der Fläche der Modulplatte angeordnet sind, wobei die Hohlrohre eine Nut zur Verbindung mit der Modulplatte aufweisen, wobei die Nut an der Innenseite des Rahmens angeordnet ist, wobei die Nut weitgehend außerhalb der Hohlrohre angeordnet ist, wobei der Rahmen Mittel zum Befestigen des Rahmens an einem Seil oder einem Träger aufweist, wobei die Mittel zum Befestigen des Rahmens an einem Seil oder einem Träger ein Gelenk umfassen. Vorteilhaft verleiht der Rahmen dem Fotovoltaikmodul die für frei schwingende Fotovoltaikmodule notwendige Steifigkeit.
Absstract of: DE102025113817A1
Es wird ein Modulhalteelement (10,11) zum Halten eines Solarmoduls (90) auf einem Modulträger (95) aufgezeigt, wobei das Modulhalteelement (10,11) folgendes umfasst: ein Befestigungselement (20) mit mindestens einem Vorsprungselement (25, 26) zum Kontaktieren einer Oberseite (92) des Solarmoduls (90), eine Schraube (30), die durch eine Öffnung in dem Befestigungselement (20) geführt ist, zum Halten des Solarmoduls (90) an dem Modulträger (95), ein Gegenelement (40), ein Abstandselement zum Halten des Befestigungselements (20) auf einem vorgegebenen Abstand zu dem Gegenelement (40), wobei der Abstand zwischen dem Befestigungselement (20) und dem Gegenelement (40) durch Anziehen der Schraube (30) verringerbar ist, wobei die Schraube (30) derart ausgebildet ist, dass die Schraube (30) von einer ersten dem Befestigungselement (20) abgewandten Seite des Gegenelements (40) aus anziehbar ist.
Absstract of: WO2025213189A1
Support frames are disclosed for use in a solar module racking system. In certain examples, the support frame includes a bottom connecting member provided with an aperture for adjustably receiving a spacing member, a first vertical support member vertically disposed on a first end of the bottom connecting member and having a mounting mechanism for connecting to a panel, and a second vertical member vertically disposed opposite the first vertical support member on a second end of the bottom connecting member parallel to the first vertical support member and spaced apart from the first vertical support member. The second vertical support member is provided with a mounting mechanism for connecting to the panel.
Absstract of: WO2025212545A1
A system for centralized assembly of a solar table is described in which a solar panel is autonomous or semi-autonomously removed from a crate and oriented in such a manner to allow loading the solar panel on an assembly framework with proper alignment is achieved. In some embodiments, a flipping station is used to enable this alignment. In other embodiments, a robotic arm is used with sufficient rotation and movement functionality to allow this alignment.
Absstract of: WO2025211487A1
The present invention relates to a solar panel cleaning robot for a building-attached solar power generation system having a plurality of solar panel modules (20) spaced apart from each other between a plurality of frames (10) spaced apart from and in parallel with each other on a wall surface, wherein the solar panel modules (20), as represented by figure 2, are installed to adjust the angles thereof, around an axis (22) perpendicular to the pair of frames (10), in accordance with the position of the sun. The solar panel cleaning robot (30) comprises: a body (32); electrical wheels (34) which travel along rails (12) (represented by figure 2) formed in the frames (10) provided at either end of the body (32) and for installing the solar panel modules (20); a brush (36) rotatably disposed in the body (32) to clean the surfaces of the solar panel modules (20); and a driving unit (not shown) disposed in the body (32) to drive the brush (36) while controlling the movement of the electrical wheels (34).
Absstract of: WO2025211486A1
The present invention relates to a modular solar power generation system which comprises: a solar panel comprising a plurality of solar cells and support members disposed at either side thereof; a tracking module which enables the solar panel to be rotated along the movement trajectory of the sun; coupling members connected to the support members of the solar panel; and a mounting member for mounting the solar panel onto a structure, wherein a solar panel assembly is formed by connecting the support members of a plurality of solar panels using the coupling members, and the solar panel assembly is mounted onto a structure by connecting the mounting member to the solar panel assembly.
Absstract of: WO2025210380A1
The present disclosure pertains to the Crypto Solar Wind Oasis Tree, an inventive cryptocurrency mining system engineered to harmonize with environmental sustainability goals. This system integrates renewable energy sources, including vertical axis wind turbines and photovoltaic solar panels, with a novel water reservoir that facilitates both cooling and hydroelectric power generation. Designed to mimic the natural structure of a tree, this invention optimizes the capture and utilization of solar and wind energy, while its innovative cooling system leverages water from the integrated reservoir, reducing the thermal load on the mining hardware. An advanced control system, employing artificial intelligence and real-time data analysis, dynamically manages energy production, storage, and operational efficiency, ensuring the system's adaptability to varying environmental conditions. Additionally, the inclusion of green walls or vertical gardens enhances its aesthetic appeal and environmental benefits, making the Crypto Solar Wind Oasis Tree a cutting-edge solution for sustainable cryptocurrency mining. The present disclosure pertains to the Crypto Solar Wind Oasis Tree, an inventive cryptocurrency mining system engineered to harmonize with environmental sustainability goals. This system integrates renewable energy sources, including vertical axis wind turbines and photovoltaic solar panels, with a novel water reservoir that facilitates both cooling and hydroelectric power generati
Absstract of: WO2025209417A1
A home photovoltaic energy storage management system comprises: a solar photovoltaic panel, which is used for being arranged in an illumination area in a home and generating electric energy using illumination; an energy storage battery, which is used for storing and releasing the electric energy; a wireless current sensor, which is arranged on a drop line of a power grid and is used for collecting the direction and/or magnitude of a current on the drop line; an electric energy conversion device, which is in signal connection with the wireless current sensor in a wireless transmission mode and is configured to, on the basis of the direction and/or magnitude of the current, controllably convert the electric energy among the solar photovoltaic panel, the energy storage battery, and the external power grid. The electric energy conversion device can adjust the working states of the solar photovoltaic panel and the energy storage battery in a timely manner, improve the use efficiency and economic benefits of the electric energy, and reduce the power fluctuation of electric energy of the power grid. Further provided is a control method for the home photovoltaic energy storage management system.
Absstract of: WO2025209411A1
Provided in the present application are a perovskite photovoltaic module, an electrical device, a photovoltaic system and a power generation device. The perovskite photovoltaic module comprises a perovskite battery, flow convergence members, an encapsulation layer and a cover plate, which are stacked in sequence, wherein the perovskite battery comprises a perovskite layer and a first electrode layer, which are stacked; the encapsulation layer is at least laid on an outer edge of the perovskite battery, the encapsulation layer is provided with hole channels, and openings of the hole channels are located in a side face of the encapsulation layer; and the flow convergence members are connected to the first electrode layer and pass through the hole channels in the side face of the encapsulation layer. In the perovskite photovoltaic module, by means of the provision of the hole channels in the encapsulation layer and making the openings of the hole channels located in the side face of the encapsulation layer, the permeation distance of moisture can be adjusted by means of the covering length of the encapsulation layer on the flow convergence members to reduce the risk of moisture penetration, thereby reducing the risk of the perovskite layer being damaged, and facilitating an improvement in the stability of the power conversion efficiency of the perovskite photovoltaic module.
Absstract of: WO2025210625A1
An active low-e transparent structure (1), in particular for building-integrated photovoltaics applications, comprising a transparent substrate (70) on which at least a first layered structure (20) is arranged; said layered structure (20) comprises: a superlattice film (80) consisting of a superlattice structure (10) sandwiched between a first dielectric layer (81) and a second dielectric layer (82) and two transparent conductor layers (91, 92), between which said superlattice film (80) is sandwiched; Said superlattice structure (10) comprises a plurality of superimposed layers of nanocrystals and is configured to generate a flow of electrons across said layers when it is irradiated by solar radiation (S).
Absstract of: WO2025208905A1
A solar power supply apparatus for outdoor camping, comprising a power supply mechanism (2), wherein the power supply mechanism (2) comprises several solar panels (22), the solar panels (22) being fixedly mounted on a base plate (24); surfaces of the upper and lower ends of the back surface of the base plate (24) are fixedly connected to attachment fasteners (27); the attachment fasteners (27) are attached to an attachment panel (3); an electric wire (25) extends from the bottom of the base plate (24), with the tail end of the electric wire (25) being fixedly connected to a connector (26); a straight slot is provided at the upper end of the base plate (24); and a handle (21) is fixedly mounted inside the straight slot. The solar power supply apparatus is characterized in that the back surface of the solar power supply mechanism (2) is provided with the attachment fasteners (27) that are easy to attach, while the matching attachment plate (3) is correspondingly fixed to a surface of a tent (1), so that a user can easily mount or remove the power supply apparatus by means of simple attaching and peeling actions, thereby greatly facilitating self-sufficient power supply during camping and making the solar power supply apparatus more convenient to carry and store.
Absstract of: WO2025208960A1
A photovoltaic tile (100). The photovoltaic tile (100) in embodiments of the present application comprises a light-transmitting panel (10), a backboard (20), and a battery cell (30); the panel (10) is a curved panel; the backboard (20) and the panel (10) are stacked, the shape of the backboard (20) is the same as that of the panel (10), and the backboard (20) is a fiber-reinforced thermoplastic composite board (21); and the battery cell (30) is located between the panel (10) and the backboard (20).
Absstract of: WO2025208935A1
A photovoltaic (PV) support structure is configured to support a PV array of PV panels. The PV support structure includes a foldable PV coupling assembly and stationary base support structure configured to support the foldable PV coupling assembly. The foldable PV coupling assembly may fold/unfold along the stationary base support structure in a longitudinal dimension parallel to the ground. The foldable PV coupling assembly may be configured to support a plurality of PV panels and configured to allow articulation of adjacent PV panels. A controller may be in electrical communication with one or more motors of the foldable PV coupling assembly to drive folding/unfolding of the foldable PV coupling assembly along guide rails of the stationary base support structure.
Absstract of: WO2025208849A1
A photovoltaic bracket and a photovoltaic system, belonging to the technical field of photovoltaic mounting. The photovoltaic bracket comprises a bracket body and a connecting assembly; the bracket body is used for bearing a photovoltaic module to be mounted; the bracket body is provided with a limiting member, the limiting member being configured to prevent the photovoltaic module from being detached from the bracket body; the connecting assembly comprises a hook and a limiting assembly, the hook being connected to the bracket body; the hook can be hooked onto a bearing body, and the limiting assembly is arranged on the hook and can apply force to two sides of the bearing body to clamp the bearing body. The photovoltaic bracket can be directly hooked onto a bearing body such as a wall body or a railing without the need for drilling holes in the bearing body, and fewer parts are required, thus facilitating mounting.
Absstract of: WO2025209802A1
The invention relates to a heat exchanger module (1), - comprising at least two flat tubes (2) which extend at least approximately in parallel and each of which has a connection region (3) at a longitudinal end, - comprising a connection piece (4) which is tightly connected to an associated connection region (3) and has an inlet (5), which is arranged transversely to a longitudinal direction (7) of the flat tube (2), and/or an outlet (6), which is likewise arranged transversely to the longitudinal direction (7) of the flat tube (2), - wherein two adjacent connection pieces (4) are communicatively interconnected via their inlet (5) and outlet (6), - wherein an intermediate region (11) is arranged between two connection regions (3) in the longitudinal direction (7) of the flat tube (2), - wherein at least one connection region (3) is angled at least by a first angle α with respect to the intermediate region (11). As a result, a photovoltaic module (19) equipped therewith can achieve a particularly high degree of efficiency.
Absstract of: WO2025208811A1
The present application belongs to the technical field of the manufacture of photovoltaic cells, and relates to a method for preparing an inverted perovskite solar cell module modified by means of passivation. The method comprises the steps of the cleaning of a substrate, the preparation of nickel oxide, the passivation of nickel oxide, the cleaning of a passivation layer, the preparation of a perovskite layer, the preparation of an electron transport layer and the preparation of a top electrode. In the present method, high-valence nickel ions and chemical reactive groups, which are present on the surface of the nickel oxide and harmful to perovskite, can be effectively treated by means of simple coating and the cleaning of a perovskite material with an organic solvent, thereby improving the transmittance of a nickel oxide thin film, enhancing the hole extraction capability of the nickel oxide thin film, and reducing the interface recombination loss; the surface of the passivated nickel oxide thin film does not need a complex surface treatment any longer, and the perovskite having been subjected to secondary coating can thoroughly spread out on the surface of nickel oxide, thereby leading to significantly reduced macroscopic holes and microscopic pinholes, an increased grain size and a reduced defect density; and while the passivation effect is achieved, an increase in equipment costs and raw material costs due to the introduction of other passivators is also avoided.
Absstract of: WO2025208345A1
A quick-deploy photovoltaic (PV) array may comprise a PV panel assembly including PV panels coupled to allow hinging of the PV panels, enabling folding and unfolding of the PV panel assembly. The quick-deploy PV array further comprises first and second support structures coupled with the PV panel assembly. At least a portion of each of the first and second support structures may be angled with respect to the PV panel assembly to allow the first and second support structures to support the PV panel assembly above the ground before, during, and after the folding and the unfolding of the PV panel assembly. In some embodiments, the first and/or second support structure may include one or more wheels to reduce friction between the first and/or second support structure and the ground during the folding and unfolding of the PV panel assembly.
Absstract of: US2025317096A1
Corrugated solar panels for improved installation and water-tight mounting. A solar panel includes: a central photovoltaic region, including one or more photovoltaic cells that are configured to convert light to electricity; and at least one corrugated non-planar region, that is attached to the central photovoltaic region, and that is configured to overlap a complementing corrugated non-planar region of another solar panel, and to enable nested mechanical attachment of that solar panel to the other solar panel. Optionally, the corrugated non-planar region is non-photovoltaic. Optionally, the corrugated non-planar region is photovoltaic. Optionally, the corrugated non-planar region is detachably attached to the central photovoltaic region. Optionally, the corrugated non-planar region is non-detachably attached to the central photovoltaic region.
Absstract of: WO2025208827A1
The present application provides a preparation method for a perovskite thin film. An etching step is introduced in a conventional two-step method; in the first step, in the process of co-evaporating to form a lead iodide thin film, an organic additive is introduced; and in the second step, the organic additive in the lead iodide thin film is extracted using a dissolving solution, so that the lead iodide thin film of a porous structure is obtained, increasing the contact between the lead iodide thin film and an ammonium salt solution in the third step during spin-coating with the ammonium salt solution, thereby improving the adequacy of reaction; and a high-quality and low-defect density conformal perovskite thick film is formed on a textured substrate, thereby improving the performance of tandem solar cell devices obtained using the method.
Absstract of: US2025318282A1
Various aspects of solar modules are set forth herein, at least one solar cell having a configured between a first substrate and a second substrate with an encapsulant configured between the first substrate and the second substate to retain the solar cell in place between the first substrate and the second substrate; wherein at least one of the first substrate and the second substrate is a borosilicate glass composition, comprising: at least 75 mol % SiO2; at least 10 mol % B2O3; and Al2O3 in an amount such that sum of SiO2, B2O3, and Al2O3 is at least 90 mol %.
Absstract of: US2025313586A1
Metal complexes with cyclic ligands having Formula (I),are disclosed. Ligands with cyclic structure are believed to be beneficial to the rigidity and stability of the metal complexes, which is desirable for improving OLED device performance.
Absstract of: US2025314273A1
Exemplary embodiments of the present disclosure address problems experienced in conventional solar panel tracking systems, including problems associated with wear and damage that can be caused at load bearing interfaces between a bearing and a bearing housing. Embodiments disclosed herein address this issue by positioning a wear guard at the interface between the bearing and the bearing housing. The wear guard may include a smooth controlled surface that minimizes damage between the bearing and the bearing housing.
Nº publicación: US2025314398A1 09/10/2025
Applicant:
SUNMODO CORP [US]
Sunmodo Corporation
Absstract of: US2025314398A1
Discussed are solar panel systems as well as devices and methods for mounting the solar panel systems to roofs and building structures. Catch clamp, mid clamp, and optionally end clamp assemblies can be preinstalled to the solar panels at the job site before placing and securing the resulting solar panel assemblies to the building structure such as a roof. After an installer places and secures a first solar panel assembly to the building structure, they can install each subsequent solar panel assemblies by attaching the leading edge of the subsequent solar panel assembly to the trailing edge of the previous solar panel assembly using a catch and catch receiver, hook and slot, tab and slot, or similar mechanism.
BOPI
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