Autonomous Solar Cleaning Robot

AregAI Robotics

CBOT

Autonomous Solar Cleaning Robot

Engineered in USA

Water-Free Dry Cleaning

ERP & AI Controlled

95–99% Cleaning Efficiency

6-Hour Autonomous Operation

CBOT autonomous solar cleaning robot — orange brush-bar unit with integrated solar panel cleaning a photovoltaic array

Key Capabilities

Peak performance, kept clean. Autonomous.

Autonomous Panel Cleaning

AI-controlled dry cleaning across solar rows with no manual intervention.

ERP & Digital Twin Control

Mission planning, scheduling, and reporting integrated with the areg.ai platform.

Water-Free Cleaning

Non-abrasive nylon brush system removes dust, sand, and pollen without water.

Dust Level Monitoring

Dust sensor and drone integration triggers cleaning cycles based on real contamination data.

Scheduled Cleaning Missions

ERP-dispatched recurring missions — individual row, batch, or full plant.

Intelligent Maintenance

ERP-scheduled preventive maintenance with docking station auto-charging.

Solar-Safe Operation

Gentle brush system engineered specifically for panel surfaces — no scratching or coating damage.

LoRa Wireless Communication

Long-range wireless connectivity for remote sites with no Wi-Fi infrastructure.

OPERATIONAL MODES

Autonomous Cleaning

ERP schedules and dispatches the mission. Robot navigates to the target row, executes dry cleaning, and returns to the dock automatically.

Scheduled Mission

Recurring schedules set via ERP. Auto-deploys daily, weekly, or triggered by dust sensor and drone data.

Remote Control

Manual operation via remote control for precision cleaning in specific zones or during initial site commissioning.

Key Highlights

Solar-Safe Cleaning

Non-abrasive nylon brush — no scratching and no panel coating damage.

Zero-Water Operation

Fully dry, zero chemical use, with integrated solar charging — suitable for water-restricted and environmentally regulated regions.

Scheduled Contamination Control

Recurring cleaning programs run autonomously through ERP dispatch — no crew coordination required.

Integrated Fleet Management

Full ERP and digital twin integration across all units — every cleaning cycle tracked, scheduled, and reported from a single command loop.

Cleaning Workflow

A fully autonomous cleaning workflow from schedule to dock.

Schedule

Cleaning mission scheduled or triggered via ERP or dust sensor data

Navigate

Autonomous navigation to the target panel row

Clean

Water-free dry cleaning at 12–15 m/min

Monitor

Mission progress tracked via digital twin

Dock

Auto-return to docking station for recharge

Precision Cleaning. Anywhere it's needed.

An autonomous solar cleaning robot integrated into the AregAI ERP system and digital twin. CBOT gently removes dust to keep solar plants operating at peak performance — with zero water and minimal labor.

Removes dust, sand, and pollen with non-abrasive nylon brush technology — no scratching, no panel damage.

Operates fully dry with zero water and zero chemicals — ideal for water-restricted and arid regions.

AI-driven navigation and dust detection ensure optimal coverage and scheduled contamination control.

Removes Dust & Sand

Zero Water Use

95–99% Efficiency

CBOT autonomous solar cleaning robot on a panel array — top-down view with integrated solar-powered brush unit

Built for cleaner panels and higher yield.

CBOT removes dust before it costs you energy, eliminates water and chemical use, and keeps your panels at peak output—day after day, with minimal labor.

Learn more at areg.ai

TARGET APPLICATIONS

Utility-Scale Solar Power Plants

Autonomous cleaning across all panel rows — maintaining peak energy output without manual cleaning crews.

Commercial Solar Farms

Scheduled cleaning programs integrated into ERP-driven site maintenance workflows across multi-hectare installations.

Water-Restricted Sites

Fully dry operation with no water dependency — ideal for desert and arid environments where water-based cleaning is costly or prohibited.

Remote & Off-Grid Sites

LoRa communication and integrated solar charging mean no Wi-Fi or grid power is needed — autonomous cleaning anywhere, fully self-sufficient.

CBOT vs Traditional Methods

Capability	CBOT	Manual Crew	Water-Jet System
Labor Required	None	3–5 workers	1–2 operators
Operating Schedule	24/7 capable	Daytime only	Daytime only
Water Consumption	Zero	High	Very high
Panel Safety	AI-protected	Risk of damage	Risk of streaking
ERP Integration	Full digital twin	Manual logging	None
Emissions	Zero	Low	Fuel-based
Cleaning Efficiency	95–99%	Variable	Variable

Integrated Operations Platform

All cleaning operations. One autonomous system.

All AregAI robots operate within a single unified command loop.

ERP Mission Planning

→

Autonomous Execution

→

Digital Twin Reporting

One system. Full-fleet visibility. Automated from dispatch to report.

Full Technical Datasheet

Get every spec.
Evaluate CBOT for your site.

Complete cleaning performance data, electronics and control specifications, model comparison, and deployment guidance — delivered straight to your team.

Request Full Datasheet

CBOT autonomous solar cleaning robot on a photovoltaic panel array