Brief: Follow the narrative to see how small design choices affect everyday performance. In this video, we demonstrate the RHINO700-EC6 automated solar cleaning robot in action, showcasing its autonomous operation, automatic water spray system, and how its dual floating brushes ensure streak-free cleaning across various solar panel installations.
Related Product Features:
Features dual adaptive extra-wide floating roller brushes for thorough, streak-free cleaning of solar modules.
Equipped with an integrated intelligent parking and storage function to prevent brush warping and extend service life.
Includes a built-in anti-fall system for enhanced operational safety on complex terrains.
Offers both dry and wet cleaning modes with adjustable travel speed up to 0.4 m/s.
Powered by a portable 24V 30AH lithium battery providing ≥4 hours of continuous operation.
Capable of cleaning 1.2 MW of solar panels daily (8-hour operation) with 1.3m cleaning width.
Designed with wind resistance up to Level 7 and operates in temperatures from 0ºC to 50ºC.
Features remote control operation and comes with a 20-meter pipe for flexible deployment.
FAQs:
What cleaning methods does the RHINO700-EC6 solar cleaner support?
The RHINO700-EC6 supports both dry cleaning and wet cleaning modes, allowing flexibility based on cleaning requirements and environmental conditions.
How long can the robot operate on a single charge?
The robot is powered by a portable 24V 30AH lithium battery that provides ≥4 hours of continuous operation, with a standard charging time of 8 hours or fast charging in 4 hours.
What safety features are included in this solar cleaning robot?
The robot includes a built-in anti-fall system that ensures stable operation even on complex terrains, along with an intelligent parking and storage function that prevents brush warping and extends device lifespan.
What is the daily cleaning capacity of this automated solar cleaner?
The RHINO700-EC6 has a daily cleaning capacity of 1.2 MW when operating for 8 hours, making it highly efficient for large-scale solar farm maintenance.