Core technology:
Smart and flexible, Trinabot solar panel cross-row cleaning robots are designed to adapt seamlessly to the height and tilt of PV solar panels. These innovative robots ensure smooth operation and can effectively cross over rows of solar panels for thorough cleaning. With their advanced technology, they bring reliability, efficiency, and safety to solar maintenance.
Our solar panel cross-row cleaning robots prioritize safety and reliability by walking on the ground rather than on the surface or mounting brackets. This eliminates the risk of pressure or damage to the panels and their supports. The integration of Ultra Cyan Wave Setting and an emergency calibration knob enables the robot to scan fully and avoid obstacles automatically.
These robots feature intelligent scheduling capabilities, allowing multiple units to perform tasks across various locations without collisions or traffic jams. This system operates without requiring manual monitoring, enhancing efficiency and reducing labor dependency.
Equipped with advanced autonomous navigation, the robots utilize high-precision position information and multiple sensors for seamless navigation and localization. This ensures optimal performance in diverse conditions.
Automatic Row-to-Row Shifting: Enhances cleaning efficiency and optimizes system costs.
Cross-Row Cleaning: Improves the utilization rate of the solar installation, making the process cost-effective and streamlined.
Dust and dirt can significantly reduce the efficiency of solar panels. Our solar panel cross-row cleaning robots ensure panels remain in optimal condition, maximizing energy output.
Lower Labor Costs: Traditional cleaning methods rely on human labor, while our robots independently complete tasks, saving on labor expenses.
Reduce Maintenance Costs: Regular cleaning extends the lifespan of solar panels, minimizing damage and maintenance caused by dirt and debris.
Manual cleaning often involves working at heights, posing safety risks. Our robots operate in unmanned conditions, ensuring personnel safety and reducing hazards.
Smart Operation: Advanced sensors and intelligent software enable remote monitoring and control, offering real-time feedback and reports to boost management efficiency.
Automatic Scheduling: Tasks are scheduled based on environmental and weather conditions, ensuring cleaning occurs at optimal times.
Designed to conserve resources, our cleaning robots optimize water and energy usage, supporting sustainable operations.
Compared to PV rail cleaning robots, PV cross-row cleaning robots are more flexible and cost-effective. Trinabot versatile Panel Cleaning Robot, are transforming the solar industry by improving efficiency, reducing costs, and enhancing safety. With their intelligent features and eco-friendly design, these robots set a new standard in solar panel maintenance. Our technical team is always at your disposal, please feel free to contact Trinabot.
Product advantages
Automatically cross rows
Equipped with intelligent shuttle vehicles, fully automatic transportation and cleaning robots work across rows to achieve unmanned intelligent cleaning
Stable communication
Equipped with LoRa/LoRa WAN, 4G communication module, direct data connection between machines and robots, making collaborative work more stable
Quick deployment
Simplified structure, quick installation, saving project costs
Independent and self-powered
High-performance self-powered system, no need to deploy charging lines, convenient and fast
Safety protection
IP65 safety protection , C4 anti-corrosion level, low failure rate, strong environmental adaptability
Efficient operation Maintenance
Operation and maintenance cloud + App system remote intelligent control, modular design easy operation and maintenance
Product parameters
ambient temperature | -20~+60℃ | Running speed | 12m/min |
Communication distance | ≤2km (LoRa) | Running distance | ≥3000m |
Overall dimensions | 726×860 (mm) length can be customized | Dust removal rate | ≥97% |
weight | ≤100kg | Protection level | IP65 |
Component installation inclination angle | 0°~45° | Communication method | LoRa/LoRa WAN, 4G |