Kwunphi SCP3: Autonomous solar panel cleaning robot with AI navigation

• ✔ Fully autonomous operation 7 days a week, 24 hours a day
• ✔ Glass vSLAM visual navigation technology for precise movement
• ✔ Goodzenn intelligent route planning for maximum efficiency
• ✔ Weatherproof with IP65 certification
• ✔ High cleaning efficiency – up to 33% higher than manual methods
• ✔ Advanced fall protection and self-regulation system
• ✔ Remote monitoring and flexible brush speed adjustment
• ✔ Long battery life and resume function

Introducing the Kwunphi SCP3, a revolutionary fully autonomous solar panel cleaning robot designed for maximum efficiency and reliability. This cutting-edge system is an intelligent solution to maintain optimal performance of your photovoltaic plants without the need for human intervention, ensuring the highest possible yield.

💡 Innovative technology for unparalleled purity

• It uses the TianyunOS operating system and Ai-KWUN/OTA-KWUN platforms for smooth and intelligent operation.
• Glass vSLAM navigation technology ensures precise visual mapping and movement across panels.
• Goodzenn's advanced route planning optimizes cleaning for maximum efficiency.
• Integrated fall protection combines AI semantic vision and ultrasonic path tracking.
• Automatic self-regulation and a high-precision deviation correction algorithm guarantee stable movement.
• Possibility to adjust the brush speed to adapt to different types of dirt.
• High precision positioning and grip control, complemented by a mobile app for convenient control.

🔍 A detailed look at the revolutionary solution

The Kwunphi SCP3 robot is the result of years of intensive research and development in the field of autonomous robotics, bringing a world-class solution for solar panel maintenance. Since its launch in 2021, it has become the leading choice for large photovoltaic parks and industrial installations around the world, including projects of major state-owned enterprises. This system represents the sixth generation of technological advancement and is capable of providing up to 33% higher cleaning efficiency than manual methods, with a guarantee of a surface “clean as new”.

With a robust IP65 rated design, the robot is ready for harsh outdoor conditions and ensures continuous operation even in dusty environments. Intelligent power management allows up to 8 hours of operation on a single charge, with a recommended battery replacement every 5 hours to ensure 24/7 operation. Kwunphi SCP3 is the epitome of safe, efficient and fully automated solar panel maintenance, minimizing human intervention and maximizing your return on investment.

❗ Are you facing solar panel maintenance challenges?

Dirty solar panels dramatically reduce energy production efficiency and increase operating costs. Manual cleaning is time-consuming, dangerous and often does not achieve optimal results. Are you looking for a reliable and long-term solution that guarantees maximum return on your photovoltaic investment while minimizing risks?

🚀 Get your time and efficiency back with the Kwunphi SCP3 autonomous robot!

The Kwunphi SCP3 is the answer to these challenges. As a fully autonomous cleaning robot, it eliminates the need for human labor, significantly reduces safety risks, and ensures a consistently high level of panel cleanliness. Investing in this robot means optimizing energy yield and reducing the overall operating costs of your solar power plant, leading to a faster return on investment and worry-free operation.

🌟 More than just features – real benefits for you

• Fully autonomous operation: Minimizes the need for human intervention, saves labor costs and increases work safety on high-altitude installations.
• Continuous cleaning 7/24: Ensures constant cleanliness of the panels and maximizes energy yield, even at night or early in the morning.
• vSLAM visual navigation: Guarantees precise and complete coverage of each panel, not missing a single detail for maximum efficiency.
• IP65 resistance: Ensures reliable operation in harsh outdoor conditions and extends the life of the device regardless of the weather.
• High cleaning efficiency: Up to 33% more effective than manual methods, restoring panels to “like new” condition and increasing energy performance.
• Long operating time: With a battery capacity of up to 8 hours and quick exchange, an uninterrupted work cycle is ensured to maximize productivity.

🎯 For whom is Kwunphi SCP3 the ideal choice?

• Operators of large solar farms and photovoltaic power plants who are looking for a fully automated and reliable solution.
• Industrial businesses with large-scale rooftop solar installations that need to minimize operating costs and maximize revenue.
• Companies looking for innovative solutions to automate maintenance, optimize energy performance, and reduce risks associated with human labor.

🤔 Do you have concerns? We'll answer them

• Concern: Will frequent cleaning damage the solar panels? Answer: Absolutely not. The robot's maximum pressure is 2800 Pa, which is well below the safe limit of 3800 Pa for solar panels. You can use it without worrying about damage.
• Concern: What if the robot encounters a problem maintaining stability on a slope? Answer: The robot is equipped with advanced fall protection that combines AI visual semantics with ultrasonic tracking and a high-precision deviation correction algorithm, ensuring maximum safety and stability even on challenging surfaces.
• Concern: Is a constant internet connection required for its operation? Answer: An internet connection is not required for the cleaning operation itself. The Kwunphi SCP3 robot can work as usual offline, the connection is only required for sending messages to the mobile application and remote monitoring.

⚙️ Technical specifications

Operating system	TianyunOS
Navigation technology	Glass vSLAM Visual Navigation
Route planning technology	Goodzenn Path Planning
Operating platforms	Ai-KWUN, OTA-KWUN
Guarantee	1 year or 2400 hours (whichever comes first)
Operating time per charge	Up to 8 hours (recommended to change battery every 5 hours for continuous operation)
Dust cleaning efficiency (adhesion)	≤10-6N
Efficiency of cleaning accumulated dust (adhesion)	≤10-4N
Efficiency of cleaning dried feces (adhesion)	≤10-2N
Overall cleaning efficiency	33% higher than manual cleaning
Max. climb angle (theoretical)	60 degrees
Max. angle of climb (recommended - dry cleaning)	35 degrees
Max. angle of climb (recommended - wet cleaning)	25 degrees
Surface horizontal static pressure	Max. 2800 Pa (safe for panels below 3800 Pa)
Fall protection	AI semantic vision + ultrasonic path tracking + deviation correction algorithm
Autonomous work	Yes
Continuing work after interruption	Yes
Brush speed adjustment	Yes
Real-time monitoring	Yes (records in the app)

❓ Frequently Asked Questions

Is the distance for controlling the robot via the app limited?

No, there is no distance limit for controlling the Kwunphi SCP3 robot via the mobile app. The robot will automatically stop when the job is finished.

Does the robot need an internet connection to work?

An internet connection is not required for the cleaning operation itself. The Kwunphi SCP3 robot can work as usual without an internet connection, but in this case it cannot send messages to the mobile application.

What is the maximum angle the robot can climb?

Theoretically, the robot can climb up to an angle of 60 degrees. In actual dry cleaning, we recommend cleaning up to 35 degrees and in wet cleaning up to 25 degrees.

How is the Kwunphi robot repaired in case of problems?

Thanks to Kwunphi cloud data, we can remotely identify and resolve up to 90% of problems. If there are damaged parts, you can contact your local maintenance representative.

Will frequent cleaning cause damage to solar panels?

No, that won't happen. The maximum pressure of the Kwunphi robot is 2800 Pa, while the pressure below 3800 Pa is safe for solar panels. You can use it without worrying about damaging the panels.

Can the Kwunphi robot use unfiltered water for cleaning?

The robot is designed so that its rear brush effectively cleans the remaining dust under the tracks, minimizing the impact of unfiltered water. However, for optimal cleaning results and extended lifespan, it is recommended to use filtered water.