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China, Chinese Cleaning Brush 700mm Photovoltaic Cleaning Robot Equipment Can Efficiently Clean Solar Panels1 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Cleaning MachineSolar Panel Cleaning EquipmentSolar Cleaning MachineSolar Panel Cleaning Equipment
Guangxi Xiruier Intelligent Technology Co., Ltd.
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Product Description Product DescriptionCleaning Brush 700mm Photovoltaic Cleaning Robot Equipment That Can Efficiently Clean Solar Panels Product ParametersXR5688Dimensions:1300×1200×480 mm Net Weight:48 kgGross Weight:98 kgPower:lithium batteryBattery Capacity:52AH.24V×2Battery Life:8 HoursController:Industrial PC (Self-developed)Control Mode:remote controlControl Distance:<300 mDesign Lifetime:10 yearsDry-brush Working ModeCleaning Width:1200 mmCleaning Speed:50-52 m/minCleaning Efficiency:2000Maximum longitudinal slope:≤25°Maximum Lateral Slope:≤20°Component Surface Coverage:120%Span Distance:≤600 mmNight Operation:SupportVisual System:Optional device Supports both water washing and dry cleaning modes Dimensions:1300×800×420 mm Net Weight:38 kgGross Weight:88 kgPower:lithium batteryBattery Capacity:52AH.24V×2Battery Life:8 HoursControl Mode:remote controlControl Distance:<300 mDesign Lifetime:10 yearsDry-brush Working ModeCleaning Width:1100 mmCleaning Speed:48 m/minCleaning Efficiency:1800 square meters per hourMaximum longitudinal slope:≤25°Maximum Lateral Slope:≤20 Complete set of accessories Our AdvantagesOur solar panel cleaning robots use automated technology to address the pain points of traditional cleaning methods. Their advantages are primarily reflected in the following aspects:1. Improved Power Generation EfficiencyThey can promptly remove contaminants such as dust, bird droppings, and fallen leaves from the surface of solar panels, preventing shading and resulting in reduced power generation efficiency (according to estimates, dust accumulation can reduce efficiency by 10%-30%), thereby maintaining optimal panel performance over the long term.2. Reduced Labor Costs and RisksThey replace manual climbing tasks and are particularly suitable for large-scale photovoltaic power plants and panels installed on rooftops or at high altitudes, reducing labor costs while also mitigating safety risks such as falls and electric shocks.3. Automation and IntelligencePreset cleaning cycles (such as timed and scheduled times) enable unattended, automated operation. Some models are equipped with sensors that identify the severity of dirt and flexibly adjust the cleaning force and path.4. Protecting Panels and Extending Their LifespanUsing flexible cleaning components (such as soft brushes and microfiber cloths) combined with low-pressure water or dry cleaning methods, they avoid scratches and damage to the panels that can be caused by manual cleaning, while also reducing corrosion from residual detergent. 5. Adaptable to Complex EnvironmentsThey can operate stably in harsh environments, including high and low temperatures, and in humidity, unaffected by the weather. Some models are waterproof and dustproof, suitable for long-term outdoor operation.6. Water and Energy SavingsCompared to traditional high-pressure water jet cleaning, most robots utilize low-volume recycling or dry cleaning technology, significantly reducing water consumption (water savings can reach over 80%). Their low power consumption keeps operating costs manageable.These advantages make them an ideal cleaning solution for large-scale photovoltaic power plants, commercial and industrial solar systems, and residential solar systems, ensuring energy efficiency while reducing operational costs. Installation InstructionsThe operating principle of a solar panel cleaning robot is based on the coordinated operation of automated movement, stain detection, and cleaning execution. Its core is the coordinated use of mechanical structure, sensors, and control systems to achieve efficient cleaning of solar panel surfaces. This can be broken down into the following key components:1. Movement and Positioning System- The robot adheres to the solar panel surface using tracks, rollers, or suction cups, adapting to tilted (typically 15°-25°) or horizontal mounting angles to prevent slipping.- Some models are equipped with infrared sensors, ultrasonic sensors, or visual recognition modules to detect panel edges and obstacles (such as brackets and cables) in real time, planning a cleaning path (such as reciprocating or spiral) to ensure full coverage of the panel surface, leaving no blind spots untouched.2. Cleaning Execution System- Dry Cleaning Mode: Using a brush (soft nylon or fiber), a dust removal roller, or compressed air, the robot directly removes light contaminants such as dust and fallen leaves. Suitable for dry and rainless regions, it eliminates the need for water. - Wet Cleaning Mode: Equipped with a small water tank and spray system, the machine first sprays a small amount of clean water or a specialized cleaning agent (to avoid panel corrosion). Stubborn stains (such as bird droppings and oil stains) are then removed using a wiper or rotating brush. Finally, absorbent cotton swabs are used to remove any remaining water to prevent residual water from affecting power generation.3. Power and Energy Management- Typically powered by a rechargeable lithium battery, the battery life varies depending on the cleaning area and mode, generally providing several hours of continuous operation. Some models can also be supplemented with solar panels for self-powered operation.- A control system (PLC) receives sensor signals and coordinates the movement of the moving and cleaning components, ensuring synchronized operation (e.g., cleaning starts when moving and pauses when stopping).4. Safety and Home Design- Equipped with anti-drop sensors, the machine automatically steers when it detects a panel edge. Some models offer remote control, allowing for manual route intervention or emergency stop.- Upon completion of cleaning or when the battery is low, the machine automatically returns to its starting point (such as a charging station) using a positioning system to await the next operation.In short, the solar panel cleaning robot achieves automated and refined cleaning of solar panels through a closed-loop process of "sensing the environment → planning the path → executing cleaning → autonomous management", which not only ensures the cleaning effect but also avoids damage to the panel.Why choose our solar panel cleaning robotCertifications application Solar panel cleaning robots have a wide range of applications, covering solar power systems of varying sizes, types, and installation environments. Their core goal is to address situations where manual cleaning is inefficient, costly, or presents safety risks. Key application scenarios include:1. Large-scale ground-mounted photovoltaic power plantsThese power plants typically occupy vast areas (thousands to tens of thousands of square meters), with densely packed solar panel arrays often installed outdoors in open areas. This creates significant pollution problems, including dust accumulation, windblown sand, and bird droppings. Robots can use automated path planning to clean large panels in batches, replacing manual labor on foot and significantly improving operation and maintenance efficiency.2. Rooftop photovoltaic systems (commercial/industrial)Solar panels on industrial and commercial buildings and residential rooftops are often installed at an angle. Manual climbing to clean them poses a risk of falling, and rooftop space is limited, often with irregular panel layouts. Robots, with their suction or tracked mobile structures, can adapt to rooftop angles, flexibly maneuvering between panels for safe cleaning.3. Agricultural photovoltaic greenhousesIn scenarios where photovoltaic panels are integrated with agricultural cultivation, crops or livestock are located beneath the panels. Manual entry for cleaning can damage crops and increase management costs. The robot can work independently on the panel surface to avoid interfering with agricultural production below.Q1: Are you a factory or a trading company?A1: We are a factory. We also have our own trading company.Q2: Can solar panel cleaning robots generate electricity automatically?A3: Our machines are generally charged by battery.Some robots can generate electricity automatically using solar panels.Q3: Warranty terms for your machine?A3: One-year warranty and technical support according to your needs.Q4: Will you provide spare parts for your machine?A4: Yes, of course.Q5: What about the voltage of our products? Can they be customized?A5: Our customized standard voltage is 380V, 50Hz, and 3-phase. The voltage can be according to your equipment.Q6: Can our solar panel cleaning robots be customized?A6: Our robots can be customized, including color and cleaning width.Please contact Emily for specific details~~Q7: How long will it take to arrange production?A7: we can deliver the normal goods within 7-15 days. Other nonstandard electrical items we will deliver within 20 days.Q8: Can you accept OEM orders?A8: Yes, with a professional design team, OEM orders are highly welcome.Q9: Which trade term can you accept?A9: Available trade terms: FOB, CIF, CFR, EXW, etc.Q10: Do you provide samples? Is it free or extra?A10: Yes, we could offer you the sample machine. But it's not free. You need to pay for the sample and the cost of the freight.Q11: What are your terms of payment?A11: We accept T/T, Western Union, Money Gram, Paypal, L/C, etc.Why you choose us:1. We are a real factory offering products and providing free technical advice.2. Company in business for many years and served Over 50 countries' customers.3. All machines with CE, ISO, and SGS certificates. Machine and spindle warranty 1 year. 4. We have phone support in English, if you have any questions, you can call us, and we can give you the best solution within 24 hours.5. Fast delivery, save your time. Looking forward to your purchase, contact Emily and there will be surprises waiting for you~After Sales ServiceAfter-Sales Terms and ConditionsWarranty Policy1.1 We provide a 12-month warranty from the date of purchase for all eligible products.1.2 The warranty covers manufacturing defects and malfunctions under normal usage conditions.1.3 The warranty does not cover damages caused by misuse, unauthorized repairs, accidents, or external factors such as water damage or fire.Return and Exchange Policy2.1 Customers may request a return or exchange within15 days of receiving the product, provided it is in its original condition, unused, and with all original packaging.2.2 A valid proof of purchase is required for all return or exchange requests.2.3 Shipping costs for returns or exchanges may be borne by the customer unless the product is defective or incorrectly shipped.Refund Policy3.1 Refunds will be processed once the returned item has been received and inspected.3.2 Refunds will be issued via the original payment method within 10 business days.3.3 Non-refundable items include customized products, perishable goods, and items marked as final sale.Repair and Maintenance Services4.1 If the product requires repair within the warranty period, we will provide free repair services or a replacement at our discretion.4.2 Repairs outside the warranty period may be subject to service charges and replacement part costs.Customer Support5.1 For any after-sales inquiries, please contact our customer service team.5.2 Our support team is available 12 working hours and 7 days,per week. Limitation of Liability6.1 Our liability is limited to the repair, replacement, or refund of the purchased product as outlined in this policy.6.2 We are not responsible for any indirect, incidental, or consequential damages arising from the use of our products.Governing Law7.1 These after-sales terms and conditions are governed by the laws of Consumer Rights Law
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