Product Introduction
The MR-T1 solar panel cleaning robot is compatible with various panel types and arrays, and can
achieve multiple uses within a certain range, without the need to customize robots according to the
array. It has the characteristics of small size, light weight, and is not limited by the distribution and
arrangement of the array.
In the process of intelligent cleaning, robots can automatically detect, track, locate, communicate
and control groups, to meet the demands of different kinds of devices control and management.
Application Scenarios
• Large-scale Ground-Mounted PV Power Plants • Fishery-Photovoltaic Complementary PV Power Plants • Commercial and Industrial Rooftop PV Power Plants • Agro-Photovoltaic Complementary PV Power Plants
• Centralized PV Power Plants
• Distributed PV Power Plants
• Other Applicable PV Power Plants
Installation Method
It can be placed on PV panels and operated via fully automatic walking or a remote control.
Characteristics of MR-T1 series
OFF ON
Tracked Chassis
Adopting high grip track design, suitable for complex terrain (such as sandy, muddy,
sloped and rugged terrain).
Strong Obstacle Crossing Ability
The climbing angle can reach 0-25°.
Efficient Cleaning Rate
Utilizing a 1-meter roller brush, the system achieves ≥99% cleaning coverage per
photovoltaic panel, enhancing power generation efficiency by 10%-30% (depending
on contamination levels).
Water-Saving and Eco-Friendly
Compared to traditional manual washing, it significantly reduces water consumption
by over 50%, minimizing environmental impact.
Remote Control
Supports manual remote operation with a range of up to 400 meters, allowing
operators to perform cleaning tasks from a safe location.
Anti-Fall Design
Equipped with laser sensors to intelligently detect photovoltaic panel edges and
prevent falls. Integrated with a self-check function that verifies laser sensor operation
before startup, ensuring reliability.
15 FUNCTION DESCRIPTION
FUNCTION DESCRIPTION
Excellent Obstacle Climbing Ability
MR-T1 is capable of handling complex terrains and easily crossing gaps of over
60mm, allowing the robot to move smoothly in different environments, making
it particularly suitable for large-scale photovoltaic power plants and ground
photovoltaic fields. Even when encountering uneven ground or obstacles,
MR-T1 can ensure continuous operation, ensuring that each photovoltaic
panel is thoroughly cleaned.
Automatic Posture Correction
Equipped with an image recognition system, MR-T1 can monitor the robot's
posture in real-time, automatically adjust direction, and prevent deviation or
jamming during the cleaning process. This mechanism ensures that the robot
can maintain the correct working posture even on complex terrain or uneven
surfaces, thereby improving cleaning accuracy and efficiency.
Edge Detection & Automatic Hazard Avoidance
Equipped with advanced edge perception technology, MR-T1 can monitor its
surrounding environment in real-time and identify hazardous areas close to
the edge. When the robot approaches the edge of the photovoltaic panel, the
system will automatically activate the avoidance mechanism to prevent the
robot from slipping or colliding. In addition, the system can also identify other
potential hazardous areas and adjust the route in a timely manner to ensure
that the robot always operates within a safe area.
Quick Brush Replacement
Adopting modular design, the brush of MR-T1 can be quickly replaced within
1 minute. This design greatly reduces equipment maintenance time and
improves work efficiency. Users only need a simple operation to quickly replace
the brush, ensuring that the equipment is always in the best cleaning condition
and avoiding prolonged downtime.