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Drone UAV AccessoriesDrone AccessoriesDronesCleaning Drones
Shenzhen Smart Drone UAV Co., Ltd
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Product DescriptionProduct DescriptionSolar Pannel Cleaning DronesMaterialHigh strength carbon fiberPropeller41-inch folding propellerProps quantity6-axis 6-propellerExpand size2060*2380*1040mmFolded size1040*1240*1050mmWheelbase2200mmMax Payload40kgMax Takeoff weight100kgEndurance time29minsMax Flight speed20m/sProtection levelIP54positioning systemGPS/Beidou/Galileo/GLONASSPositioning accuracyaround 0.5mApplicationsFishery-photovoltaic complementary photovoltaic cleaning project"Fish-solar complementarity" involves placing photovoltaic panel racks three-dimensionally above the water surface and along the banks of fish ponds. This eliminates the need for occupying valuable agricultural, industrial, or residential land. This not only conserves land and increases the economic value per unit area, but also generates electricity without impacting aquaculture. This "fish-solar complementarity" achieves a win-win situation with social, economic, and environmental benefits.The spray width is designed to be 1 meter, and the cleaning speed is 1 meter per second (the speed will be determined based on actual conditions). A single high-flow operation takes 2 minutes. At this speed, each operation can cover 106 photovoltaic panels. Including the time for water and battery replacement, the estimated single operation time is 6 minutes.Desert photovoltaic cleaning projectPhotovoltaic panels in desert areas easily accumulate large amounts of dust and sand, which reduces their power generation efficiency. Therefore, regular cleaning of the panels is crucial.The designed spray width is 2 meters, and the cleaning speed is 2 meters per second (the speed will be determined based on actual conditions). A single high-flow operation takes 2 minutes. At this speed, each operation can cover 212 panels. Including the time required for water and battery replacement, the estimated single operation time is 6 minutes.Flexible support photovoltaic cleaning projectCompared to traditional fixed-mounted mounting systems, flexible mounting systems install photovoltaic panels on rows of steel cables connected by rigid supports at both ends. These cables can span complex terrain, such as gullies, steep slopes, and streams, effectively improving land utilization. Within the same land area, the flexible mounting system can accommodate approximately three times the panel capacity of fixed mounting systems. It offers advantages such as a larger span, higher clearance, and improved crack resistance. Furthermore, the flexible mounting system provides ample bottom-level arable land, meeting the needs of agro-photovoltaic hybridization.The designed spray width is 1.5 meters, and the cleaning speed is 1.5 meters per second (the speed will be determined based on actual conditions). A single high-flow operation lasts 2 minutes. At this speed, each operation can cover 159 photovoltaic panels. Including the time for water and battery replacement, the estimated single operation time is 6 minutes.Cleaning solution project Use a neutral detergent for oily stains Use long-distance takeoff and landing to reduce dustUse a high-pressure nozzle to remove stubborn dirtUse a water tank cleaning methodUse a planned route cleaning methodCompany ProfileFAQSection 1: Products & Technology 1. Q: What types of drones does SMD-UAV primarily offer?A: We primarily offer Vertical Take-Off and Landing (VTOL) fixed-wing drones, multi-rotor drones, and our flagship Intelligent Drone Stations (UAV Nests). VTOL models combine long endurance with the convenience of vertical takeoff/landing, ideal for large-area inspections. Multi-rotor drones are suited for smaller-scale, high-precision tasks. Our intelligent stations enable fully unmanned, automated operations for regular patrols.2. Q: What is the core advantage of SMD-UAV's solutions?A: Our key differentiator is the integrated "Drone-Station-Cloud" ecosystem:Smart Drones: High-performance, long-endurance, and stable flight platforms.Smart Stations: Industry-leading automated drone docks that enable 7x24 unattended operations, including takeoff, landing, charging, and data transfer.Smart Cloud: Our GeoCOS cloud platform provides automated data processing, AI-powered analysis, and visualization, delivering actionable insights directly to you.3. Q: What is the maximum flight time and operational range of your drones?A: Flight time and range vary depending on the drone model and payload. Our VTOL drones can achieve up to 2-10 hours of flight time with light payloads and an operational range of several tens of kilometers. Please consult our specific product datasheets or contact our sales engineers for precise calculations based on your mission profile.4. Q: What payloads can your drones carry?A: Our systems are compatible with a wide range of payloads, including:Optical Sensors: High-zoom RGB cameras, infrared thermal imaging cameras, multispectral/hyperspectral cameras.LiDAR: For high-precision 3D modeling and surveying.Custom Payloads: Such as gas sensors, air quality monitors, speakers, or searchlights. We can work with you to integrate and configure custom payloads for your unique application. Section 2: Solutions & Applications 5. Q: My industry is [Power/Water Conservancy/Environmental Protection/Emergency Response/Smart City]. Do you have a tailored solution?A: Yes, absolutely. We provide deeply customized solutions for various sectors:Smart Power: Automated transmission line inspection, corridor patrol, and tower defect identification.Smart Water: Riverway inspection, water pollution monitoring, and flood emergency response.Environmental Protection: Air pollution traceability, water body monitoring, and illegal waste disposal detection.Emergency Command: Disaster assessment, live video streaming from the scene, and 3D modeling for decision support.Smart City: Urban planning, illegal construction monitoring, and infrastructure inspection.Contact us with your specific use case, and we will provide detailed case studies.6. Q: How do you achieve fully automated, unmanned inspection?A: Through our Intelligent Drone Stations. Simply define the inspection schedule, route, and tasks on our GeoCOS cloud platform. The station autonomously handles drone deployment, landing, battery charging, and data storage. The entire process, from flight to data upload, requires no human intervention on-site.7. Q: How is the data collected by the drones processed? Can I get analyzed results directly?A: Yes. Our GeoCOS cloud platform is equipped with powerful AI algorithms. Imagery and data collected by the drones are transmitted via 4G/5G or the station automatically. The platform then performs automated processing (stitching, modeling) and uses AI to identify anomalies (e.g., damaged insulators, fire hotspots, unauthorized structures), generating structured inspection reports and drastically improving efficiency.
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