Autonomous solar panel cleaning robot – Efficiency with vSLAM navigation

• ✔ Autonomous cleaning with minimal human intervention
• ✔ Advanced vSLAM visual navigation for precise coverage
• ✔ Goodzenn intelligent route planning technology
• ✔ Resistance to strong wind and rain
• ✔ Effective removal of dust, dirt and dried bird droppings
• ✔ Remote control and monitoring via mobile app
• ✔ Long battery life for uninterrupted operation

Discover the future of solar panel maintenance with our autonomous cleaning robot. This cutting-edge device is designed to maximize the efficiency of your photovoltaic systems by ensuring they are spotlessly clean without the need for complex and time-consuming manual work. It represents the perfect combination of innovative technologies and robust design for long-term and reliable operation.

⚙️ Discover intelligence in every move: Key features

• TianyunOS Operating System: Ensures stable and reliable operation with optimized performance.
• vSLAM Visual Navigation Technology: Allows the robot to accurately map and navigate the surface of panels, detect obstacles, and provide optimal coverage.
• Goodzenn Path Planning Technology: Intelligently optimizes the cleaning path for maximum efficiency and minimum energy consumption.
• Real-time log monitoring: Allows you to monitor the cleaning progress and robot status anytime, anywhere.
• Unattended operation on the access bridge: Automatic transition between rows of panels without the need for manual operation.
• Remote control via mobile app: Full control of the robot at your fingertips, including starting, stopping and settings.
• Proximity remote control option: For precise maneuvering in sensitive areas (optional).
• Resume where you left off: The robot remembers where it left off and picks up where it left off if necessary.
• Brush speed adjustment: Allows you to adapt the cleaning intensity to the type of dirt.
• Autonomous work: The ability to perform tasks without constant supervision.
• High-precision adsorption steering mechanism: Ensures stability and precise movement across panels.
• Fall protection: Advanced sensors and algorithms for safe work even at heights.
• AI Semantic Vision + Ultrasonic Track Self-cleaning + High Precision Deviation Correction Algorithm: A comprehensive system for intelligent navigation, self-cleaning and trajectory correction.

🔬 In-depth look at the technology

This cleaning robot is designed for the demanding conditions of photovoltaic power plants. Thanks to the TianyunOS operating system and vSLAM visual navigation with Goodzenn route planning technology, it ensures unrivaled accuracy and efficiency. The system is designed to withstand adverse weather conditions such as light rain and winds up to 88 km/h, allowing it to work reliably even in variable weather.

Its cleaning capabilities are optimized for different types of dirt – from common, low-adhesion dust, to accumulated dust, to dried bird droppings. With a guaranteed lifespan of 10,000 cleaning cycles without microcracks on the panels, this robot is a long-term investment in maintaining the maximum performance of your solar panels.

☀️ Are you worried about the loss of power from your solar panels?

Dirty solar panels can reduce their performance by up to 30% or more, which directly translates into your losses. Manual cleaning is dangerous, time-consuming and expensive. If you are looking for a reliable, safe and cost-effective solution that will ensure maximum efficiency of your photovoltaic investment, you have come to the right place.

✨ Discover carefree cleaning with a top-of-the-line robot!

Our autonomous cleaning robot revolutionizes solar panel maintenance. With it, you will regain lost efficiency, minimize operating costs and eliminate the risks associated with manual cleaning. Let modern technology work for you and enjoy worry-free operation with maximum returns from your solar power plant.

📈 More than just a robot – real benefits for you

• Features: TianyunOS operating system -> Benefit: Ensures flawless and optimized robot functionality.
• Feature: vSLAM visual navigation -> Benefit: Precise and complete coverage of each panel without missed spots.
• Function: Wind and rain resistance -> Benefit: Reliable operation and longer cleaning season even in changeable weather.
• Function: Removal of dust and droppings -> Benefit: Maximum performance of solar panels and extension of their lifespan.
• Function: Remote control via APP -> Benefit: Convenient and effective control and monitoring from anywhere, saving time and costs.

🌍 Who is this robot the ideal choice for?

• Large solar farm owners: To maximize yields and reduce operating maintenance costs.
• Commercial and industrial installation operators: To maintain optimal performance of company photovoltaic systems.
• Building managers with photovoltaics: For safe and efficient maintenance even at higher altitudes.

❓ Do you have any concerns? We'll answer them right away!

• Concern: Is the robot difficult to maintain and operate? -> Answer: The robot is designed for maximum autonomy and easy management via a mobile app. Monitoring and control are intuitive.
• Concern: What if the robot falls off the panel? -> Answer: It is equipped with advanced fall protection, including AI Semantic Vision and ultrasonic sensors, ensuring maximum safety.
• Concern: How does the robot deal with different types of dirt? -> Answer: Thanks to optimized cleaning brushes and adjustable speed, it effectively removes dust, accumulated dirt and dried bird droppings.

📋 Technical specifications

Parameter	Value
Guarantee	2 years or 4800 hours
Battery life	Up to 8 hours (battery can be replaced after 3 hours for continuous operation)
Operating system	TianyunOS
Navigation technology	vSLAM visual navigation (glass-based)
Trip planning technology	Goodzenn
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)
Max. cleaning width / reach	1235 mm (Type B); 1405 mm (Type C)
Recommended PV panel height difference	50~100mm
Wind resistance (medium rain)	Up to 75~88 km/h (strong wind)
Wind resistance (light rain)	Up to 39~49 km/h (fresh breeze)
Cleaning cycle life	10,000 cycles without microcracks on the surface of the PV panel
Dust cleaning efficiency (adhesion)	≤10 -6 N
Dust cleaning efficiency (adhesion)	≤10 -4 N
Efficiency of cleaning dried feces (adhesion)	≤10 -2 N
Key cleaning technologies	AI Semantic Vision + Ultrasonic Track Self-cleaning + High Precision Deviation Correction Algorithm
Function	Real-time log monitoring, Unattended operation on the access bridge, Remote control via APP, Proximity remote control (optional), Resume at the break point, Brush speed adjustment, Autonomous work, High-precision adsorption steering mechanism, Fall protection

❓ Frequently Asked Questions

How is product quality guaranteed?

The manufacturer uses a perfect pre-sales and after-sales service system, ensuring the tracking of the whole process from production to guarantee the quality of the order.

Is it possible to order a sample for testing?

Yes, sample orders are welcome.

Can the robot be customized? Do you provide OEM/ODM services?

The manufacturer provides OEM&ODM services for most of its products. Please contact the sales manager for details.

Are the products in stock and what is the delivery time?

For most products, the goods are in stock and delivery is carried out on time. For large orders, the delivery time is calculated individually.

What is the real battery life and how can it be extended?

The robot offers a battery life of up to 8 hours. For continuous operation, the batteries can be replaced approximately every 3 hours.

How does the robot ensure that it doesn't fall off the panel?

The robot is equipped with advanced fall protection systems, including AI Semantic Vision and ultrasonic tracking that detect edges and obstacles.

What types of dirt can the robot effectively remove?

It is designed to effectively remove various types of dirt, including common dust, accumulated dust and dried bird droppings, with high cleaning efficiency.

What navigation technologies does the robot use for precise movement?

The robot relies on vSLAM visual navigation technology and Goodzenn's advanced path planning technology, allowing it to accurately and efficiently cover the entire surface of the panels.