Application

Solar cleaning robot / Solar panel cleaning robot / Solar module cleaning robot

Features

High efficiency: Brushless motors are designed to provide higher power density and efficiency, suitable for applications requiring long cycle operation.

Longer Life: Since there are no carbon brushes, there is less wear and tear, which means brushless motors typically have a longer life than brushed motors.

Low Maintenance: The lack of carbon brushes reduces maintenance requirements as worn parts do not need to be replaced regularly.

High torque: The reduction mechanism can increase the torque output and meet the demand for high torque while maintaining a relatively small size.

Precise control: Brushless motors are often paired with electronic controllers, allowing for more precise speed and position control, which is critical for cleaning jobs.

Silent Operation: Brushless motors emit relatively low noise levels, which is especially important in residential areas or environments where low-noise operation is required.

Environmental Adaptability: Designed to withstand harsh external environments, such as dustproof, waterproof rating, which is an important feature especially for cleaning robots used in outdoor applications.

Ease of integration: Typically the shapes and sizes of these motors are standardized, making them easy to integrate into different brands and types of solar panel cleaning robots.

Adjustable Speed: Brushless geared motors can be easily adjusted for speed via a frequency converter or electronic speed controller.

Energy feedback: In some designs, when the robot goes downhill or slows down, the motor can be used as a generator, feeding part of the energy back to the battery.

Excellent heat dissipation: Good heat dissipation design ensures that the motor can maintain stable performance even under continuous operating conditions.

Compatibility: Brushless geared motors can be designed to be compatible with a variety of power options, including direct power from solar panels or use with batteries.

Specification Parameters