Autonomous Robot X8 for Efficient Cleaning of Solar Panels
Autonomous Robot X8 for Efficient Cleaning of Solar Panels
Couldn't load pickup availability
ROI Kalkulačka
Spočítejte si návratnost investice.
SKU: 1601522621892
Description
- ✔ Advanced autonomous route planning for maximum coverage.
- ✔ Intelligent traction control for safe and stable movement.
- ✔ Modular design for easy transportation and quick assembly.
- ✔ Remote control with long battery life and real-time status display.
- ✔ Adjustable cleaning speed to optimize performance.
- ✔ Durable aluminum alloy and stainless steel construction.
- ✔ High cleaning efficiency up to 12,000 m² per day.
Introducing the X8 Solar Panel Cleaning Robot, a cutting-edge solution for automated PV system maintenance. This innovative robot is designed to maximize the performance of your solar investment by ensuring flawless panel cleanliness with minimal effort.
🚀 What can this robot do?
- Automatic route planning: The system uses intelligent algorithms to plan an arc-shaped cleaning path, ensuring coverage exceeding 99% and minimizing unnecessary passes and missed areas.
- Precise Traction Control: In the event of unexpected slippage or deviation from the route, the robot can intelligently correct its position within 3 seconds and maintain the cleaning direction.
- Increased cleaning speed: Maximum speed up to 40 meters per minute, with the option to set to 30 or 20 meters per minute, allowing for effective cleaning of lightly soiled panels as well as intensive cleaning of heavily soiled surfaces.
- Modular and detachable design: The entire unit can be disassembled into 6 modules, with each part weighing less than 15 kg, making it easy to transport and quickly assemble on site.
- Advanced Remote Control: The custom remote control offers improved stability, up to 5 days of battery life on a single charge, and stable signal transmission up to 100 meters. It displays real-time device status, including battery status, driving speed, and edge detection.
🔍 Explore every detail
The X8 robot is the embodiment of innovation in solar panel maintenance. With advanced features such as automatic route planning, it can efficiently clean up to 12,000 square meters per day, significantly reducing the need for manual intervention and operating costs, while fully protecting energy generation revenue.
Its design is thought out down to the last detail. Innovative automatic retraction to the edge and self-locking in the event of a power failure prevent slipping and increase operational safety. The lightweight but highly durable aluminum alloy and stainless steel construction ensures durability and long life even in harsh conditions. The X8 robot is the ideal choice for those looking for a reliable, efficient and safe solution for cleaning solar panels.
☁️ Are you worried about the loss of power from your solar panels?
Dirty solar panels can lead to a significant reduction in energy production efficiency, which directly impacts your finances. Manual cleaning is time-consuming, often dangerous and may not always provide optimal results. Finding an effective and safe solution for maintaining large photovoltaic installations is an increasingly challenging task.
⚡ Get your performance back with the X8 robot!
The X8 robot provides a revolutionary solution to these problems. Thanks to its autonomous operation and advanced cleaning algorithms, you can achieve maximum efficiency of your solar panels with minimal effort. Forget about dangerous manual work and let technology work for you. The X8 ensures consistent cleanliness and optimizes energy production, protecting your investment.
🌟 More than just features, real benefits
- Features: Automatic route planning and coverage >99% -> Benefit: Ensures maximum energy production and minimum time waste through efficient cleaning without missed spots.
- Function: Intelligent traction control with correction within 3 seconds -> Benefit: Guarantees uninterrupted operation and safety on inclined surfaces, eliminates the risk of slipping.
- Features: Modular, easy-to-decompose design -> Benefit: Facilitates transportation and quick installation at various locations, saving time and logistics costs.
- Function: Remote control with 30-hour battery life and status display -> Benefit: Provides full control and overview of the robot's operation at a distance of up to 100 meters, increasing operator flexibility.
- Function: Adjustable cleaning speed (20-40 m/min) -> Benefit: Allows you to adjust the cleaning intensity according to the level of contamination of the panels, from light dust to bird droppings.
🎯 Who is it the ideal choice for?
- For owners and managers of large solar farms looking for an efficient maintenance solution.
- For technical companies and maintenance providers who want to expand their service portfolio.
- For those who want to maximize the return on their photovoltaic investment through optimal panel performance.
🤔 Do you have concerns? We'll answer them
- Concern: Is the installation and assembly of the robot complicated? -> Answer: Thanks to the modular design with 6 lightweight modules, transportation and quick assembly on site is very easy.
- Concern: What if the robot gets stuck or falls off the panels? -> Answer: Automatic traction control and a self-locking system in the event of a power outage prevent unexpected slips and falls, ensuring maximum safety.
- Concern: How long will the battery last and what should I do for all-day operation? -> Answer: The standard lithium-ion battery provides 4-5 hours of operation. Additional battery packs can be purchased for all-day use.
⚙️ Technical specifications
| Parameter | Value |
|---|---|
| Operating time (tracked vehicle) | 4-5 hours |
| Charger specifications (tracked vehicle) | AC110V-240V 50/60Hz DC25.2V5A / AC110V-240V 50/60Hz DC48V4.5A |
| Remote control battery specifications | 1.5V/2800mA (four sections) |
| Remote control battery life | 30 hours |
| Remote control range | 100 meters |
| Maximum water flow support | 30 L/min (depends on pump flow and pressure) |
| Operating temperature | -20°C to +50°C |
| Lithium-ion battery life | 800 charge/discharge cycles |
| Lithium-ion battery cell brand | EVE Energy (world-renowned company) |
| Construction material | Aluminum alloy, stainless steel, rubber, plastics (PA, PP, etc.) |
| Guarantee | 1 year (excluding normal wear and tear on brush heads/rubber bands, tool kit and promotional items), 5 years on key components |
| Daily cleaning efficiency | Up to 12,000 m² |
| Maximum driving speed | 40 meters per minute (adjustable) |
❓ Frequently Asked Questions (FAQ)
- How does autonomous route planning work?
- The robot uses intelligent algorithms for efficient arc-shaped cleaning with coverage exceeding 99%, minimizing unnecessary passes and ensuring comprehensive cleanliness.
- How is the robot's stability ensured on inclined panels?
- With automatic traction control, the X8 robot can intelligently correct its position within 3 seconds in the event of slippage or deviation from the route, maintaining stability and safety.
- Can I adjust the robot's cleaning speed?
- Yes, the robot has an adjustable travel speed of up to 40 meters per minute. For heavily soiled panels, a lower speed is recommended for deep cleaning, while for lightly soiled panels, a higher speed can be used to maximize efficiency.
- Is the robot easily transportable to different installation locations?
- The X8 robot has a modular design that allows it to be divided into 6 lightweight modules, each weighing less than 15 kg. This greatly facilitates transportation and quick assembly on site.
- What is the battery life of the robot and what is needed for its optimal maintenance?
- The lithium-ion battery has a lifespan of 800 charge and discharge cycles. For long-term storage, we recommend recharging the battery every two months and storing it in a dry, well-ventilated environment.
- What is the recommended way to store the X8 robot?
- When storing for a long time, avoid putting pressure on the brush head to prevent the bristles from deforming (if deformation occurs, the bristles can be restored by soaking in warm water for a few minutes). Store in a dry and well-ventilated environment and recharge the battery every two months to extend its service life.