The RHINOSTAR·EC6 is an intelligent solar panel cleaning robot designed for utility-scale solar farms, commercial rooftop PV systems and glass roof applications. It delivers efficient, reliable cleaning while helping reduce manual labor and improve daily productivity.
Why the RHINOSTAR·EC6?
Lightweight chassis for effortless transport, fast deployment and efficient single-person operation.
Keeps cleaning efficiency high, allowing more panels to be covered within each working day.
Delivers stable and reliable cleaning performance on inclined solar arrays up to 25°.
Moves smoothly across panel gaps and common obstacles, keeping cleaning operations uninterrupted.
Four high-precision sensors continuously monitor operating conditions to enhance safety on elevated or complex solar installations.
Stable, anti-interference wireless control lets operators work from up to 200 meters away.
Supports both dry and wet cleaning, adapting easily to different site conditions and cleaning requirements.
The three-piece modular structure allows one operator to assemble or disassemble the robot in approximately two minutes.
Suitable for utility-scale solar farms, commercial PV systems and glass roof cleaning applications.
The robot can be dismounted into 3 parts for easy transportation. Highly mobile, lightweight and compact enough for one-person handling. The assembly and disassembly of the robot can be completed within 2 minutes.
Multi-size roller brushes (0.9–1.3m) customizable with wide coverage for thorough cleaning. PBT bristles with spiral structure deliver superior cleaning performance without scratching solar panels.
RHINOSTAR·EC6 offers three specialized bristle options to suit different cleaning conditions. Soft bristles provide gentle cleaning for light dust, Medium bristles are designed for routine maintenance, and Hard bristles deliver stronger cleaning performance for stubborn dirt and heavy soiling.
Expand, maintain and optimize your RHINOSTAR·EC6 with a complete range of genuine accessories designed for long-term performance and maximum compatibility.
