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🌍 Global leader in photovoltaic cleaning industry
After seven years of deep cultivation, continuous technology accumulation and hundreds of product technology iterations product quality is more stable and the failure rate is lower which can still stand the test even in the face of harsh environment.
⭐ Top 5 reasons to choose the Remote Control Hanging Machine X6
| Single row (size / weight) |
1650: 2100*614*340mm / 40kg 2000: 2450*614*340mm / 50kg 2278: 2650*614*340mm / 60kg 2380: 2840*614*340mm / 70kg |
| Double row (size / weight) |
1650: 3750*614*340mm / 45kg 2000: 4450*614*340mm / 55kg 2278: 4850*614*340mm / 65kg 2380: 5220*614*340mm / 75kg |
| Cleaning method |
Dry cleaning / Washing |
| Travel speed |
≤15m/min (3-level adjustable) |
| Power supply |
Lithium battery * 2 (48V 20AH) |
| Battery Life / Charge |
6-8h Life / 7-8h Charging |
| Climbing Angle |
≤50° |
| Protection Grade |
IP65 Waterproof |
🏔️ Unlimited terrain swept by cleaning efficiency ceiling
The product can be suspended on photovoltaic modules to run, suitable for photovoltaic power stations within 50°, breakthrough the terrain limitations, cleaning efficiency increased by more than 76%. It is suitable for mountainous, centralized, fishery, agricultural and other power station types.
🛠️ Innovative patented design: Splicing structure
X6 innovative patented design, using a three-stage splicing structure. Optional/replacement of different lengths of middle section kits, suitable for different sizes of photovoltaic panels, greatly reducing the procurement cost.
🚀 Tackles 3CM Steps & Upgraded Mechanism
Engineered to clear 3CM steps, enabling truly automated, "end-to-end" cleaning for virtually all sites. The top-mounted triple-pulley system allows just two operators to position the equipment effortlessly within 20 seconds.
🛡️ Advanced Protection & Material
Uses 6063 high-strength aluminum for 15% weight reduction. Realizes IP65 waterproof protection, motor overload protection, motor slow start, and lithium battery safety power-off protection.
⚡ High efficiency with speed control
Remote control adjustment of three speed levels (5m, 10m, or 15m/min). Low speed for heavy dirt like guano to achieve deep cleaning; high speed for light dust to improve efficiency.
🌉 Large spacing bracket crossing
Equipped with retractable bridge brackets to cross adjacent photovoltaic arrays with spacing up to 50cm (customizable for larger widths), eliminating frequent handling.
⚠️ Active Drop Arrest System
Equipped with 4 high-precision sensors that automatically stop the robot at the edge of the panel to avoid falling.
💧 Water Supply & Warranty
Warranty Policy:
• 7 days no reason return/exchange
• 7 days broken free replacement
• 30-day emergency reissue
• 1 year free warranty
• 5-year warranty for core components (quality problems replacement)
❓ Frequently Asked Questions
1. Can the X6 handle different sizes of PV panels?
Yes, the X6 features an innovative three-stage splicing structure. You can replace the middle section kits to match different panel lengths, significantly reducing equipment costs.
2. Does it support both dry and wet cleaning?
Absolutely. The robot is designed for both dry cleaning (dust removal) and water washing for more stubborn dirt, with an integrated water supply system interface.
3. What is the maximum slope the robot can operate on?
The hanging design allows the robot to operate safely on photovoltaic modules with an inclination of up to 50 degrees, making it ideal for mountain power stations.
4. How many people are needed to operate the machine?
Thanks to the lightweight all-aluminum body and the upgraded rapid pushing mechanism, just two operators can position and move the equipment effortlessly.
5. Is the robot safe from falling off the panels?
Yes, it is equipped with an Active Drop Arrest System featuring 4 high-precision sensors that automatically stop the machine when it reaches the edge of a panel.
6. How does the robot handle panel misalignment?
The upgraded mechanism is engineered to cross vertical misalignments (steps) of up to 3cm, covering 98% of typical power station installation variances.