Autonomous cleaning robot for solar panels – Freedom from manual maintenance

• ✔ Fully autonomous solar panel cleaning for maximum efficiency
• ✔ Intelligent visual vSLAM navigation for precise coverage
• ✔ Long battery life up to 8 hours of continuous operation
• ✔ Advanced fall protection with AI semantic vision
• ✔ Remote control and monitoring via mobile app
• ✔ Robust construction resistant to even the most demanding conditions
• ✔ Efficient management of multiple robots by one person

Introducing a revolutionary solution for photovoltaic power plant maintenance – a fully autonomous cleaning robot that radically simplifies and streamlines the care of your solar panels. This innovative system eliminates the need for manual labor and ensures constant optimal performance of your investment.

✨ What can this robot do?

• TianyunOS operating system for stable and intelligent operation
• Glass vSLAM visual navigation for precise movement and orientation
• Goodzenn path planning technology for systematic and efficient cleaning
• Remote control and monitoring via intuitive mobile app
• Breakpoint Continuation function
• Brush speed adjustment option to optimize cleaning
• High-precision adsorption control mechanism
• Comprehensive fall protection with AI semantic vision and ultrasonic tracking
• High-precision deviation correction algorithm
• Integrated self-cleaning track

🔍 Explore every detail

This autonomous cleaning robot is designed to be an indispensable assistant for every solar power plant owner. Thanks to its robust construction and advanced technologies such as vSLAM visual navigation and Goodzenn intelligent route planning, the robot can effectively and safely clean even large areas of solar panels.

Its integrated TianyunOS operating system ensures reliable operation and easy integration into your existing infrastructure. With long battery life and the ability to remotely monitor and control via a mobile app, you have full control over the entire cleaning process from anywhere.

❓ Are you worried about the reduced performance of your solar panels?

Dirty solar panels can reduce electricity production by up to 30%. Manual cleaning is time-consuming, physically exhausting and, in the case of large installations, dangerous. Regular maintenance is key to maximizing the return on your investment, but traditional methods often pose a significant burden.

💡 Get your time back and maximize your performance!

Our autonomous cleaning robot is designed to solve these problems. It provides fully automated maintenance that eliminates the need for human intervention. The robot works systematically and efficiently, ensuring optimal cleanliness of the panels and thus their maximum energy yield, while you can focus on more important tasks.

🚀 More than just features, real benefits

• Autonomous operation: The robot works without the need for human supervision -> Time and cost savings: Minimizes the need for manual labor and reduces operating costs.
• vSLAM visual navigation: Precise orientation and efficient area coverage -> Optimal performance: Ensures thorough cleaning of each panel and maximizes energy yield.
• AI Fall Protection: Edge and Obstacle Detection -> Safety and Long Life: Protects the robot and panels from damage and ensures reliable operation.
• Remote control and monitoring: Control and access data from anywhere -> Flexibility and overview: Easy control and instant overview of cleaning status.
• Long battery life: Up to 8 hours of continuous cleaning -> Uninterrupted operation: Ensures coverage of large areas without frequent recharging.

🎯 Who is it the ideal choice for?

• For owners and operators of large solar farms and photovoltaic power plants.
• For companies managing portfolios of photovoltaic installations that are looking for effective maintenance solutions.
• For private owners of large solar systems who prefer maintenance-free and reliable cleaning.

🤔 Do you have concerns? We'll answer them

• Concern: Is the robot able to clean the panels effectively even in challenging conditions such as light rain or height differences? -> Answer: Thanks to advanced navigation technologies such as vSLAM and intelligent route planning, the robot is designed for thorough cleaning even at different panel heights (50-100 mm) and is tested for operation in light rain.
• Concern: What is the durability and strength of the robot and its components? -> Answer: The manufacturer declares a warranty of 2 years or 4800 hours of operation. The robot has AI fall protection and its mechanisms have been tested for 10000 cycles without microcracks, which indicates its robust construction and long service life.
• Concern: What are the options for controlling and monitoring the robot? -> Answer: The robot allows remote control and monitoring via a mobile application. It also supports real-time log viewing and the function of continuing work after interruption.

⚙️ Technical specifications

Guarantee	2 years or 4800 hours (whichever comes first)
Battery life	8 hours
Operating system	TianyunOS
Navigation technology	Glass vSLAM Visual Navigation Technology
Route planning technology	Goodzenn Path Planning Technology
Body size (without brushes)	1235 mm (Type B); 1405 mm (Type C)
Body weight (without brushes)	7.2 kg (Type B); 7.6 kg (Type C)
Weight with brush and water branch	8.0 kg (Type B); 8.4 kg (Type C)
Fall protection	AI Semantic Vision + Ultrasonic Track Self-cleaning + High Precision Deviation Correction Algorithm
Resistance test	10000 cycles without microcracks
Maximum number of robots controlled by one person	RECO (Roof RECO)

❓ Frequently Asked Questions

What is the main benefit of autonomous solar panel cleaning?

The main benefit is maximizing the energy yield of your solar panels by keeping them constantly clean, eliminating manual labor and reducing operating costs for maintenance. The robot ensures efficient and safe cleaning without human intervention.

How long can the robot work on a single charge?

The robot offers an impressive battery life of up to 8 hours of continuous operation, allowing for efficient cleaning of even large areas without frequent interruptions for recharging.

How is the robot's safety ensured against falling from the roof or panels?

Safety is key, so the robot is equipped with an advanced fall protection system that combines AI semantic vision, ultrasonic tracking, and a high-precision deviation correction algorithm to ensure stable and safe movement.

Can I control and monitor the robot remotely?

Yes, the robot is fully compatible with a mobile app that allows remote control, tracking of current position and performance, as well as access to real-time logs, providing comprehensive control over the cleaning process.

How does the robot handle route planning and obstacle avoidance?

The robot uses cutting-edge Glass vSLAM visual navigation and Goodzenn path planning technology, allowing it to intelligently map terrain, plan the most efficient cleaning path, and autonomously avoid obstacles.

What is the difference between type B and C robots?

The main differences are in size and weight. The Type B has a body size of 1235 mm and a weight of 7.2 kg (without brushes), while the Type C is larger at 1405 mm and 7.6 kg (without brushes). The weight with brush and water branch varies similarly.

Is the robot able to work in adverse weather conditions?

The robot is tested to operate in light rain and is designed to withstand weather conditions common to outdoor solar panel installations. However, it is always recommended to follow the manufacturer's recommendations for extreme conditions.