AUTONOMOUS SOLAR CLEANING,
ENGINEERED FOR SCALE.
SolarCleanBot is a pre-commercial solar-panel cleaning robotics platform being developed for commercial rooftops, industrial installations and solar farms.
GET ON THE EARLY-ACCESS LIST
Tell us about your solar installation and we'll contact you when SolarCleanBot pilot and early-access opportunities become available.
BUILT FOR SOLAR ASSETS THAT ARE TOO LARGE TO IGNORE
Engineering automated maintenance solutions specifically configured for commercial and industrial solar infrastructure.
COMMERCIAL ROOFTOPS
Designed for high-density rooftop photovoltaic systems where manual labor introduces safety concerns and panel foot-traffic risks.
- Factories & Assembly Plants
- Distribution Warehouses
- Commercial Headquarter Buildings
- Large Rooftop PV Systems
INDUSTRIAL PLANTS
Engineered for high-particulate industrial operating zones where continuous particulate soiling demands frequent cleaning cycles.
- Manufacturing & Processing Facilities
- Marble & Cement Processing Plants
- Captive Solar Installations
- Industrial O&M Environments
SOLAR FARMS
Scalable robotics platform concept for utility ground arrays requiring efficient surface transit and low water dependency.
- Ground-Mounted PV Arrays
- Large Multi-Row Configurations
- Utility-Scale Environments
- Solar O&M Fleet Operations
DUST IS AN OPERATING COST.
Solar installations require recurring cleaning and maintenance. As system size increases, cleaning logistics, labor requirements and operational complexity can increase as well.
MANUAL CLEANING
- Labor-intensive recurring tasks
- Repeated hazardous site visits
- Variable cleaning pressure & quality
- Potential panel micro-crack risks
WATER DEPENDENCY
- Complex water supply logistics
- Severe local water scarcity
- Pumping & piping infrastructure
- Site-specific runoff constraints
LARGE PV ARRAYS
- Thousands of modules to traverse
- More frequent cleaning cycles needed
- Greater operational & safety overhead
- Compounding O&M budget burden
ESTIMATE YOUR CLEANING ECONOMICS
Explore illustrative cleaning cost scenarios based on your system capacity and current maintenance cycle.
This is a user-adjustable planning assumption. Actual soiling losses vary by location, weather, module technology, tilt, dust characteristics and cleaning conditions.
Formulas & Model Parameters:
• Current Annual Cost = Cleaning Cost per Cycle × Number of Cycles per Year.
• Estimated Cleaning Cost Scenario = Illustrative robotic automation operational scenario assuming reduced recurring labor and scheduled crawler passes (modeled at ~38% of manual recurring opex).
• Potential Annual Cost Difference = Current Annual Cost − Estimated Robotic Scenario Cost.
• Illustrative Energy Impact = System Capacity (kW) × 1,500 kWh/kW/yr regional benchmark × (Adjustable Soiling Impact %) × PKR 38/kWh commercial electricity tariff.
Illustrative estimate only. Actual results require site-specific engineering assessment.
ENGINEERED AROUND THE REALITIES OF PV CLEANING
Four core subsystems developed to balance surface adhesion, panel safety, and operational reliability.
BRUSH SYSTEM
Rotary cleaning mechanism designed for controlled contact with PV module surfaces, engineered to lift particulate dust without abrading anti-reflective glass coatings.
TRACTION & TRACKING
Motorized drive system designed for controlled movement across panel surfaces, utilizing high-adhesion elastomer track geometry to navigate module tilt angles.
EDGE & OPERATING DETECTION
Sensors and control logic designed to detect boundaries and operating conditions, preventing array overrun and managing inter-row transitions.
REMOTE CONTROL & SCHEDULING
Control-interface concept for managing cleaning operations and scheduling, providing telemetry feedback and operational mode adjustments.
HOW IT WORKS
A structured four-stage engineering sequence developed for repeatable site maintenance.
01 • DEPLOY
Position the SolarCleanBot at the designated PV cleaning area and align the drive system with the module row.
02 • CLEAN
The cleaning mechanism traverses the PV surface, clearing accumulated dust and particulates with balanced surface pressure.
03 • MONITOR
The operator monitors the cleaning operation through the control interface, receiving telemetry on speed and orientation.
04 • REPEAT
Cleaning cycles can be planned according to site conditions and operational requirements for consistent panel upkeep.
FROM PROTOTYPE TO PRODUCT
Tracing the progress of the SolarCleanBot engineering development lifecycle.
REQUEST AN ON-SITE PILOT DEMONSTRATION
Submit your installation specifications for technical review. Eligible commercial and industrial installations may be considered for a controlled on-site demonstration.
BECOME AN EARLY-ACCESS SITE
A structured three-step qualification process for participating solar assets.
REGISTER
Tell us about your solar installation, capacity, location, and existing cleaning routine.
SITE ASSESSMENT
Our team evaluates installation characteristics, array accessibility, and cleaning requirements.
PILOT
Eligible sites may be considered for a controlled pilot demonstration under field development terms.
POWERED BY GHOUSIA ENERGY SOLUTIONS
SolarCleanBot is being developed within the engineering ecosystem of Ghousia Energy Solutions, combining experience across solar energy, electrical engineering, automation, SCADA and field operations.
FREQUENTLY ASKED QUESTIONS
Accurate information regarding the pre-commercial SolarCleanBot development program.
YOUR SOLAR ASSET.
OUR NEXT FIELD TEST.
Join the SolarCleanBot early-access program and be among the sites considered for pilot deployment ahead of commercial launch.