Iran Solar Panel Cleaning Robot
The solar panel cleaning robot solution designed for the Iranian market should focus on adaptability to arid environments, efficient waterless cleaning, intelligent remote management, and cost advantages. Below is a core solution customized to the climate and energy demands of Iran:
1. Product Positioning: Cleaning System for Arid Regions
- Waterless Dry Cleaning Technology: Utilizing ultra-flexible nylon spiral brushes (material PA610), adjustable rotation speed of 60-120 RPM, with a single cleaning efficiency of >99%, completely addressing Iran’s water scarcity issue.
- Adaptation to Extreme Environments: Operating temperature range of -30°C to 70°C, IP65 protection level, capable of withstanding the high temperatures and dust storms of the Iranian desert.
- Terrain Compatibility: Maximum climbing angle of 22°, suitable for inclined panels in Iran’s mountainous solar power stations.
2. Core Advantages in the Iranian Context
- Increased Power Generation Efficiency
- Dust coverage can reduce energy output of Iranian PV panels by 10%-65%. Daily automatic cleaning by the robot can recover over 25% of annual power generation losses.
- Self-cleaning procedures extend brush life and reduce maintenance frequency caused by wear from fine desert sand.
- Revolutionizing Safety and Cost
Comparison Item Manual Cleaning TODOS Robot Annual Cost for 1MW Plant 81,810RMB (4 times/year) 20,000 RMB(lifetime equipment investment) Personnel Risk Electric shock/fall hazards from working at heights Completely unmanned operation Panel Damage Cracking/leakage from stepping Zero-contact protection - Intelligent Operation and Maintenance System
- 4G Remote Control: Adapted for dispersed power stations in Iran, generating operation and maintenance reports in the cloud with remote fault diagnostics.
- Breakpoint Resumption + Low Battery Return: Responds to abrupt dust storms, automatically resuming operations.
- Scheduled Cleaning Strategy: Intelligent morning cleaning initiation based on dust concentration, avoiding high-temperature periods.
3. Localized Support in Iran
- Customized Services: Tailored control system with Persian language interface and optimization for local network frequencies.
- Lifetime Software Upgrades: Free access to algorithm optimization packages to adapt to Iranian climate data models.
4. Recommended Model Configurations
- Fully-Automated Flagship Model
- Applicable Scenarios: Large desert power stations (such as the 200MW project in Kerman Province)
- Key Technologies:
- 3000 meters of continuous cleaning distance
- Dual motor-driven spiral brushes
- Proprietary cleaning rail system
- Lightweight Remote-Controlled Model
- Applicable Scenarios: Mountainous distributed power stations
- Core Functions:
- Compact body size of 560×540mm
- Dual-mode (dry and wet, optional water storage tank)
- Handheld remote control operation
Conclusion
The TODOS robot addresses the three major pain points faced by Iranian photovoltaic stations: dust accumulation, high operational risk, and high costs through waterless cleaning and intelligent scheduling. For a 1MW power station, the equipment investment only requires 24% of manual cleaning costs, with an investment recovery period of less than 8 months, making it a crucial infrastructure for achieving unmanned operation and maintenance of solar power stations in Iran.
