Electric Field-Based Self-Cleaning Systems for Solar Panels

Circular solar panel with enhanced efficiency through automatic tracking and self-cleaning mechanisms. The panel features a base, a support plate with a compression tank, a fixing plate, a solar cell panel, and a follower rotation mechanism. The mechanism employs a light tracker to automatically rotate the solar cell panel to follow the sun's movement, while a self-cleaning system ensures optimal panel surface cleanliness through a built-in cleaning mechanism. This innovative design enables the solar panel to maintain optimal performance even in variable weather conditions.

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A self-cleaning foldable solar panel system that enables both efficient energy generation and environmental protection. The system comprises multiple solar panel units connected in a folded configuration, allowing them to be easily deployed and stored. The panels feature a unique foldable design that enables them to be compactly stored when not in use, while their integrated cleaning mechanism automatically removes debris and contaminants through a proprietary self-cleaning technology. This enables the system to maintain optimal performance while minimizing environmental impact.

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A detachable cleaning device for solar panels that utilizes electrostatic dust collection to maintain power generation efficiency. The device features a static electricity generating bar that attracts and removes dust particles from the solar panel surface, while a power supply unit charges the bar with static electricity. The bar moves along the solar panel's surface in a controlled manner, generating static electricity as it moves, and a drying module is positioned behind to remove any remaining moisture. The device is designed for easy installation and removal, making it ideal for existing solar panels without the need for additional equipment.

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A photovoltaic module with integrated cleaning system that addresses the common issue of dust accumulation on solar panels. The system comprises a mounting frame with a dual-brush cleaning mechanism positioned on one side, and a liquid supply system positioned on the other side of the mounting frame. The dual-brush mechanism provides mechanical cleaning action, while the liquid supply system delivers cleaning agents to the mounting frame. This integrated solution eliminates the need for separate cleaning systems and provides continuous, automated cleaning to maintain optimal solar panel performance and prevent system degradation.

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Solar panel device that automatically removes contaminants from the surface of solar panels while maintaining power generation. The device features a rotating panel protection film that can be adjusted to open or close the solar panel's upper surface. The film is mounted on a vertical rotation shaft that moves along the panel's surface, with a cleaning brush attached to its end. When contaminants are detected, the film automatically blocks the solar panel's surface, while the brush removes debris through rotation. The device continuously monitors power generation and surface contamination levels, automatically switching between protection and cleaning modes.

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A solar panel with automatic dust removal system that eliminates manual cleaning and improves efficiency. The system features a mounting frame with a dedicated cleaning plate slot and a control unit integrated into the frame. When a solar panel is installed, the control unit automatically activates the cleaning plate to remove accumulated dust from the panel surface. The cleaning plate is positioned above the solar panel, allowing for efficient dust removal while maintaining panel alignment. This integrated cleaning solution enables rapid panel installation and maintenance, while maintaining optimal panel performance.

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A self-cleaning solar photovoltaic panel that enables continuous cleaning without mechanical intervention. The panel comprises two hinged panels connected by a central joint, with a drive assembly that enables both panels to be folded and overlapped. A cleaning assembly with a rotating cloth, driven by the drive assembly, moves along the joint to clean the photovoltaic surfaces. The drive assembly features a unique configuration where the drive shafts are positioned symmetrically on either side of the panel, with the rotating belts wrapped around them. This arrangement allows the cleaning assembly to effectively clean both panels simultaneously while maintaining operational integrity.

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Solar power generation device with automatic cleaning function that minimizes output loss due to soiling by removing contaminants from the photovoltaic panel. The device comprises a multi-layered photovoltaic panel with a cleaning member installed under the photovoltaic panel that automatically removes contaminants through a brush-shaped cleaning mechanism. The cleaning mechanism is integrated into a folding mechanism that enables the device to fold and unfold the photovoltaic panels while maintaining optimal performance. The device incorporates features such as a sliding guide rib system, a sliding guide rib system, and a sliding guide rib system to facilitate precise positioning and movement of the panels during cleaning.

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A self-cleaning photovoltaic panel system that eliminates dust accumulation through a novel electrostatic dust collection mechanism. The system features a transparent panel with a nanostructured surface that incorporates conductive nano-protrusions with the lotus leaf effect. When exposed to air, these nano-protrusions ionize dust particles, which are then attracted to the conductive sheets through electrostatic forces. The system incorporates a dust removal component that captures and removes the collected dust particles, while a detection component monitors the collection process and automatically controls the dust removal mechanism.

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Solar photovoltaic panel with self-cleaning functionality and a method for using the same. The panel incorporates a self-cleaning mechanism that utilizes a liquid cleaning system to maintain its surface cleanliness. The cleaning system employs a liquid suction pump to extract cleaning solution from a storage tank, which is then sprayed onto the panel surface through multiple spray heads. This integrated cleaning system ensures efficient and uniform surface wetting, preventing dust accumulation and maintaining photovoltaic efficiency.

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A self-cleaning solar panel that enables continuous maintenance without the need for separate cleaning tools. The panel features a unique mounting system with a central support rod that houses the power mechanism, with eight L-shaped rods connecting to a counterweight. When the panel is installed, the counterweight supports the power mechanism, allowing the L-shaped rods to swing around the mounting frame. A rotating brush mechanism attached to the power mechanism's output shaft completes the cleaning process. The system automatically returns the L-shaped rods to their original position, ensuring continuous operation while minimizing maintenance needs.

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A self-cleaning roof solar panel for electric vehicles that removes impurities and dust through a novel flushing mechanism. The panel features a mounting system with a rotating shaft connecting the solar panel to the mounting seat, and a flushing mechanism integrated into the mounting seat. The flushing mechanism incorporates a water jet system with strategically placed nozzles that direct water flow to the solar panel's surface, where it effectively removes impurities and dust without compromising the panel's performance.

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A self-cleaning solar cell panel with improved durability and maintenance capabilities through the incorporation of titanium-containing glass microspheres in the surface coating. The microspheres enhance the coating's hydrophobicity and photocatalytic properties, enabling effective dust and pollutant removal while maintaining the panel's optical performance. The microspheres replace conventional solid glass microspheres, offering a cost-effective solution for maintaining the self-cleaning functionality over extended periods.

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A self-cleaning solar panel system that optimizes dust collection while maintaining photovoltaic efficiency. The system comprises a solar panel array with multiple panels arranged at equal horizontal and vertical distances, followed by a cleaning device positioned adjacent to the solar array. The cleaning device features a lateral movement mechanism and angle adjustment mechanism, enabling precise control over the cleaning angle. The device incorporates a scraper and water spray system for effective dust removal. This innovative design addresses the conventional cleaning challenges of solar panels while maintaining high photovoltaic efficiency.

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A solar panel with automatic cleaning system that employs a novel flushing mechanism to maintain panel cleanliness. The system features a synchronized mounting configuration with adjustable cleaning arms, a mounting plate with a water guide system, and a drive motor that enables controlled rotation and flushing of the cleaning arms. The flushing mechanism is integrated into the mounting plate, with the cleaning arms and guide system working in tandem to remove accumulated debris. This innovative design enables precise and automated cleaning while maintaining panel orientation, ensuring optimal performance and longevity.

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Solar panel with self-cleaning structure based on optoelectronic complementation, featuring a mounting plate with a fixed block and a self-cleaning mechanism integrated into the block. The block has a wedge-shaped groove that houses a cleaning device, and the wedge is positioned in the block's guide groove. This design provides stable mounting of the cleaning mechanism while maintaining optimal panel performance through regular cleaning of solar cell components.

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A solar panel with an integrated automatic cleaning system that enables efficient maintenance without manual intervention. The solar panel features a built-in cleaning mechanism that automatically removes dust and debris from the photovoltaic surface, maintaining optimal performance and efficiency. This system is integrated into the solar panel design, eliminating the need for separate cleaning components and labor-intensive maintenance procedures. The cleaning mechanism is designed to operate autonomously, ensuring consistent cleaning performance across the panel's surface area.

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A self-cleaning solar panel system that enables permanent and effective dust removal through a novel cleaning mechanism. The system comprises a mounting structure, a cleaning device, a support rod, and a specialized cleaning system. The cleaning device features a unique sliding mechanism that moves along the cleaning pipe, while the support rod provides structural support for the cleaning device. The sliding mechanism's precise movement ensures thorough dust removal from the solar panel surface, eliminating the need for manual cleaning methods. This self-cleaning technology enables permanent dust protection while maintaining optimal solar energy conversion.

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A self-cleaning multifunctional solar device that optimizes energy production while minimizing maintenance. The device comprises a solar panel mounted on a bearing, a cleaning drum positioned above the solar panel, and a water spray mechanism that injects cleaning solution onto the solar panel surface. The device incorporates two lithium-ion batteries for efficient energy storage.

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A self-cleaning solar panel that achieves enhanced cleaning efficiency through integrated cleaning mechanism. The solar panel is mounted in a movable configuration where its lower clean section interacts with its upper clean section. A driving mechanism enables the lower clean section to move relative to the upper clean section, creating a continuous cleaning path. This design enables continuous cleaning of the solar panel surface while maintaining structural integrity.

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A self-cleaning solar panel with integrated cleaning mechanism that enables efficient and convenient cleaning of solar panels. The panel features a bracket with two self-cleaning devices, where the cleaning mechanism is connected to the actuator and positioned above the bracket. This design enables the cleaning mechanism to be activated from a central point, eliminating the need for complex structures or external cleaning systems. The actuator is mounted above the bracket, ensuring precise control over the cleaning mechanism's movement. This innovative approach addresses common cleaning challenges associated with traditional solar panels, such as dust accumulation and structural limitations, while maintaining optimal solar energy conversion efficiency.

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A self-cleaning solar panel system that eliminates the need for manual cleaning. The panel features a unique water-based cleaning mechanism that utilizes a diverging water channel to direct cleaning liquid into a funnel-shaped drainage system. The diverging channel creates a self-cleaning effect by dispersing water droplets onto the panel surface, preventing dust accumulation while ensuring effective cleaning. The system incorporates a rotating stirring mechanism to distribute the cleaning liquid and prevent localized drying.

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A self-cleaning system for solar photovoltaic panels that eliminates the need for traditional cleaning methods. The system incorporates a tilting and fixed solar panel with a unique cleaning mechanism featuring rotating dust collection surfaces. The rotating surfaces, supported by a series of symmetrical walking rollers, create a dynamic cleaning action that effectively removes contaminants from the panel surface. The system's design allows for continuous cleaning through the use of a self-cleaning device that moves in a reciprocating motion across the panel's surface, while the walking rollers maintain contact with the surface. This innovative approach ensures thorough cleaning of the panel surface without the need for water jets or abrasive materials, extending the panel's lifespan and improving overall efficiency.

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Solar panel with self-cleaning functionality that automates dust removal. The panel features a mounting plate with a fixed solar panel body, a support plate with a power mechanism that extends to the solar panel, and a cleaning mechanism integrated into the power mechanism. The cleaning mechanism has a water reservoir and a return spring that work together to remove accumulated dust from the solar panel surface. The mechanism is controlled by adjustable clamps on the support plate, allowing precise positioning and cleaning of the solar panel surface.

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Cleaning solar panels without water or mechanical contact to improve efficiency and reduce maintenance costs. The method involves using electrostatic induction to remove dust from solar panels. An electrode is moved over the panel surface to apply a potential difference. This provides a coulombic force that attracts and repels dust particles without touching the panel. The force can cause dust to oscillate, repel, or fall off the panel. The panel surface has a nanoscale texture and transparent conductive coating to enhance the electrostatic effect.

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Solar panel system with real-time cleaning and temperature management. The system comprises a solar panel with integrated cleaning mechanism that automatically removes environmental contaminants through controlled water flow. The system also features a temperature management system that maintains optimal panel temperature through controlled water circulation. The system enables continuous energy collection and efficient temperature regulation, enabling higher power output and improved system performance.

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A self-cleaning solar panel that eliminates the formation of water spots on photovoltaic surfaces during rainstorms, while maintaining efficient energy conversion. The solution employs a novel transparent coating that prevents water droplets from penetrating the surface, thereby eliminating the typical water spots that form on conventional photovoltaic surfaces. This coating technology enables the solar panel to maintain its electrical performance even during rain conditions, while maintaining its optical transparency.

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Self-cleaning solar panels that harness their own energy for power generation, eliminating the need for manual cleaning. The panels feature a unique mechanism where a fixed plate with a built-in motor and motorized cleaning system provides the necessary power. The system comprises a motorized cleaning brush that moves across the panel's surface, driven by the motor powered by the plate's energy. The brush is connected to a rack-and-pinion mechanism that moves along the plate's upper surface, ensuring efficient and thorough cleaning. The system also includes a frame with a sliding groove for the plate's motor housing, allowing for easy maintenance access.

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A self-cleaning solar panel system that eliminates the need for manual cleaning while maintaining optimal performance. The system incorporates a motorized ultrasonic generator that uses high-frequency sound waves to remove stubborn dirt and debris from the solar panel surface. This cleaning mechanism operates continuously, eliminating the need for manual cleaning brushes or specialized cleaning solutions. The system's ultrasonic generator achieves superior cleaning effectiveness through its mobile, non-fixed design, allowing it to maintain optimal cleaning performance even in areas with high wind and sand conditions.

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Solar panel with a cleaning device that automatically reciprocates to efficiently remove contaminants from the photovoltaic module surface. The cleaning device features a rotating brush system that moves along the module's upper surface, incorporating suction plates to capture debris. The device's unique design incorporates a pressure band with suction holes, a flow path for cleaning solution, and a pressure valve for maintaining optimal cleaning pressure. The system is integrated with the solar panel's mounting frame and power management system, ensuring uninterrupted operation during cleaning.

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A self-cleaning solar panel system that achieves efficient and continuous cleaning without the need for external power sources. The system employs an integrated, integrated surface treatment that converts the solar panel surface into a self-cleaning medium, eliminating the need for traditional cleaning devices. This treatment enables continuous cleaning of the solar panel surface, maintaining optimal efficiency and performance.

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Solar photovoltaic panel with self-cleaning technology that eliminates the need for manual cleaning operations. The panel incorporates a built-in cleaning system that automatically sprays a cleaning solution after each cleaning action, eliminating the need for manual cleaning equipment and reducing water consumption. The system achieves this through a self-sustaining cleaning mechanism that continuously monitors and adjusts the cleaning process. This innovative approach enables continuous maintenance while minimizing water usage and environmental impact.

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A solar panel with automated cleaning system that eliminates manual cleaning operations. The solar panel features a unique backplate with integrated cleaning mechanism comprising a folding support structure and a washing device. The folding support structure is connected to the cleaning device, which is mounted on the backplate. The cleaning device comprises electromagnets that move back and forth to clean the solar panel surface. The electromagnets are controlled by a microcontroller and are integrated into the backplate design. This automatic cleaning system eliminates the need for manual cleaning operations, while maintaining optimal cleaning performance.

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Solar panel assembly with integrated cleaning mechanism that maintains optimal performance in outdoor environments. The assembly features a frame housing a solar panel and a cleaning unit that moves along the panel's surface. The cleaning mechanism is designed with a unique angled profile that allows it to clean the solar panel's surface without compromising its structural integrity. This design enables effective cleaning while minimizing the risk of damage to the solar panel's photovoltaic cells. The cleaning mechanism is integrated into the frame and is controlled by a motorized system that can be programmed to operate automatically.

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A solar power generation system with automated panel cleaning that adapts to environmental conditions. The system comprises a solar panel, a controller, a transmission mechanism, a panel brush, and an electric lock. The transmission mechanism is fixedly connected to the brush, allowing it to slide along the solar surface. The electric lock prevents the transmission mechanism from sliding or locking during operation. The controller controls the transmission mechanism's movement based on environmental conditions, automatically cleaning the solar panel when dust, debris, or snow accumulate.

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A photovoltaic power generation board with integrated cleaning system that addresses common issues in solar panel installations. The board comprises a cleaning device permanently attached to both battery surfaces, featuring a moving motor, timing belt box, and cleaning board. Two separate condenser boards are fixedly connected to the lower battery ends, while a stepping motor is mounted on the upper support base. This configuration enables efficient cleaning of the solar panels through a dedicated cleaning mechanism, while maintaining the structural integrity of the board.

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A multi-functional self-cleaning solar power plant with advanced cleaning capabilities. The system comprises a frame body, solar panel, guide rail, water storage tank, nozzle, connecting rod, roller brush, purifying device, and control device. The device integrates multiple self-cleaning mechanisms, including a water-based cleaning system, into a single unit. The system enables continuous cleaning of solar panels through a combination of mechanical and chemical cleaning processes, while also providing advanced water management capabilities.

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A self-cleaning fixed solar power generation system that enables continuous energy production through automated cleaning. The system comprises a control unit and mechanical support, with the solar panels mounted on a high-altitude mount. The control unit manages the power generation output, while a specialized cleaning vehicle operates on the mount to remove accumulated dust and debris. This integrated cleaning mechanism eliminates the need for manual cleaning operations, significantly enhancing system efficiency and reducing maintenance costs.

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A self-cleaning washable solar module that achieves efficient solar panel maintenance through automated cleaning. The system comprises a cleaning device integrated into the frame of the solar panel, which employs a proprietary cleaning mechanism to remove accumulated dust and debris. The cleaning device is controlled by an automated control system that monitors environmental conditions and schedules cleaning operations based on solar panel orientation and weather conditions. This integrated cleaning solution addresses the labor-intensive and environmental concerns associated with traditional manual cleaning methods, while maintaining optimal solar panel performance.

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An autonomous cleaning system for solar panels that uses integrated heating, spraying, and detection to automatically clean and deice panels without manual intervention. The system has a heating element to melt snow and ice, a sprayer to remove dust, and sensors to detect panel conditions. It uses a microcontroller to control the cleaning based on temperature, voltage, and water level. The cleaning components are connected to the panel's electrical system for power and integration. The system aims to improve panel efficiency and longevity by preventing snow/ice buildup and dust accumulation.

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Cleaning photovoltaic panels through intelligent control of environmental conditions. The system incorporates advanced weather monitoring to optimize cleaning schedules based on precipitation intensity and wind patterns. By employing a specialized cleaning mode that leverages natural phenomena like dew condensation and wind flow, the system enables efficient and effective dust removal without the need for traditional mechanical cleaning devices. The system integrates with environmental sensors to dynamically adjust cleaning parameters, enabling continuous maintenance and ensuring optimal performance under varying weather conditions.

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Automated photovoltaic panel cleaning system that enables efficient, automated surface cleaning of solar panels and reflectors while maintaining optimal panel performance. The system employs a self-propelled cleaning robot that moves across the panel's surface, with an integrated transportation mechanism that enables continuous cleaning of adjacent panels. The robot features advanced navigation and positioning capabilities, including automatic angle adjustment, which ensures seamless coverage of all panels. The system integrates with existing panel mounting infrastructure, eliminating the need for separate cleaning units or transfer mechanisms.

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A self-cleaning solar panel system that eliminates manual cleaning while maintaining high efficiency. The system integrates a battery management system with an inverter and motor controller, featuring a timing controller that controls the spray system. The timing controller is connected to the lead screws on the motor shaft, with the motor shafts positioned at opposite ends of the brush assembly. The brush assembly is mounted on the motor shafts, with the motor shafts positioned at the bottom of the brush assembly. This configuration enables the timing controller to control the spray system directly, eliminating the need for manual cleaning. The system is designed for low-latitude regions where labor-intensive cleaning is a significant issue, making it a cost-effective solution for commercial solar panel installations.

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A solar energy battery cleaning device for solar panels that optimizes dust collection and power recovery. The device features a mounting system where the solar panel mounting structure is positioned on the panel surface, with a rolling wheel track on either side. A sensing device detects rainwater deposition and activates an induction motor to drive a cleaning system. The system incorporates a specially designed water collection tank that prevents direct contact with the panel surface, ensuring efficient dust collection while maintaining panel integrity. The cleaning system is powered by the solar panel's energy, enabling both dust collection and power recovery simultaneously.

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Self-cleaning photovoltaic panels and arrayed surfaces that employ low-amplitude piezoelectric vibrations to remove dust and debris from photovoltaic surfaces. The system utilizes piezo devices to create controlled, localized vibrations at frequencies in the kilohertz range, effectively dislodging particles and fluids from the surface. This approach eliminates the need for traditional cleaning methods, which can be impractical in arid regions with limited water availability. The system integrates with solar tracking mechanisms to optimize panel alignment for maximum power generation.

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A solar energy battery board integrated washing device that optimizes solar panel cleaning efficiency. The device features a solar panel with a dust collection system integrated into the panel structure, where a dust collection system is mounted on the solar panel's opposite side of the rolling wheel track. A sensing device detects rainwater deposition and initiates a dust collection system when moisture is present. This system is powered by the solar panel, eliminating the need for separate dust collection systems. A fan is activated when the dust collection system is not in operation, ensuring continuous cleaning even during periods of low rainfall.

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