The Dry-Cleaning Robot SCM - L1

The SCM-L1 Dry Cleaning Robot is a waterless cleaning robot that uses carefully designed and manufactured rotating brushes, made from specially selected materials, to gently and effectively remove dust and dirt from solar panels. This model achieves 100% water savings, offers exceptional energy efficiency, features a quick and hassle-free installation, and is capable of cleaning a large number of panels on a single charge.

Monitored & Controlled via DarbSense IoT Platform

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The Dry-Switchable Cleaning Robot SCM - L2

The SCM-L2 Dry Switchable Robot is designed with advanced cleaning technology that allows users to switch between dry and wet cleaning modes. This flexibility ensures optimal cleaning based on the specific needs of a solar plant. If your maintenance schedule requires both dry and wet cleaning cycles, the SCM-L2 can accommodate them without the need for additional materials lor extra costs, making it a cost-effective and efficient solution for solar panel maintenance.

Monitored & Controlled via DarbSense IoT Platform

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The Wet-Cleaning Robot SCM - L3

The state-of-art SCM-L3 Wet Cleaning Robot uses a the unique three-stage process, water spraying, brushing, and wiping, guarantees 99% dust removal of the tough, sticky dirt, and debris, and birds drops, ensuring maximum solar panel efficiency and leaves you solar panels crystal clear.

Monitored & Controlled via DarbSense IoT Platform

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Dust-eye

The Dust-eye is a soiling monitoring system that provides continuous, real-time data tracking of soiling levels, and enables data-driven panels cleaning cycle trigger. It seamlessly integrates with your robotic cleaning system and DarbSense IoT platform.

Monitored & Controlled via DarbSense IoT Platform

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SCM-L1 Energy Rating
SCM-L2 Energy Rating
SCM-L3 Energy Rating
SCM-L1
SCM-L2
SCM-L3

FAQs:

Know Your Robot

The robot moves at speeds ranging from 1 to 20 meters per minute, with a standard operating speed of 12 meters per minute.

The robot operates on DC power, either from its own mounted solar panel self-charging system or an external AC power source at the plant.

The ideal cleaning times are early morning at dawn or in the evening after sunset, minimizing energy production loss and ensuring effective cleaning. In the morning, cleaning should be done before dew forms on the panel surface for the best results for the Dry-Cleaning Robot SCM L1. Also, these times eliminate the shading damage in high production times.

DARBCO Systems require preventive maintenance as per the product maintenance manual. The maintenance could be conducted by the end user, DARBCO agent or DARBCO onsite technical support. The products design took in consideration easy maintenance actions for product reliability and ease of use.

The product design to last 25 years in harsh environment taking in consideration the recommended maintenance and parts replacement.

No, when the robot is parked the well-designed parking station guarantees no shadows casting. However, when cleaning takes place in the early morning or evening, the robot's operation doesn't impact the panels' energy efficiency or casting shadows on the panels.

The robot is equipped with a built-in water tank that automatically be filled as the robot moves along its path, using static water filling stations, ensuring a automated continuous water supply without interruptions.

The robot's weight varies depending on its model and length. However, it has been thoroughly tested and certified to ensure it has no harmful impact on the solar panels during operation.