Eco-Friendly Cleaning Equipment Automatic Solar Panel Cleaning Machine for Large-Scale Solar Farm

Still deciding? Get samples of $ !
Order Sample

Product Description

Introducing our cutting-edge High-efficiency Automatic Stationary Solar Panel Cleaning Robot: the PV Dry Cleaning Machine. Engineered for optimal performance, this state-of-the-art device revolutionizes solar panel maintenance, ensuring unparalleled cleanliness and maximizing energy efficiency.

Basic Information

Model NO.
WLS-8- 2300
Clean Type
Clean-In-Place
Cleaning Process
Dry Cleaning
Control
CNC
Fuel
Electric
Voltage
24V
Battery
17.5ah
Protection Level
IP65
Dust Removal Rate
≥ 95%
Origin
China

Product Description

Executive Standard
Adhering to GB/T44264-2024, our product aligns with the 'General Technical Conditions for Photovoltaic Module Cleaning Robots'. This certification assures quality and precision.
Windproof & Anti-Fall
Engineered with an advanced anti-decoupling design and robust wind deflector, capable of withstanding typhoons up to grade 17.
Waterless Cleaning Tech
Unique waterless technology perfect for arid regions. Features brush mechanisms or rubber strip methods for optimal efficacy during morning or evening dew.
Smart Communication
Equipped with 4G IoT technology. In remote regions lacking signals, LoRa networking provides reliable communication.

Detailed Photos

Product Parameters

Specification WLS-G WLS-G-B WLS-W
Battery Capacity15Ah30Ah15Ah
Battery TypeLiFePO4LiFePO4LiFePO4
Cleaning Width<17M<30M<5M
Endurance1000M1000M3000M
Climbing Angle22°
Power/Voltage160W/24V320W/24V160W/24V
ProtectionIP65 / C5-MIP65 / C5-MIP65 / C5-M
Service Life25 Years25 Years25 Years

Installation & Scenarios

Applicable Scenarios: Distributed Power Stations such as BAPV and BIPV.

Array Requirements: Beam length BIPV 30m or less; other structures below 17m. Upper and lower mouth: more than 150mm. Commutation Position: more than 400mm. Parking Position: 700mm or more.

Company Profile

We are a pioneering leader in the realm of photovoltaic cleaning equipment. Our forte lies in seamlessly merging exceptional mechanical design expertise with comprehensive experience in solar panel maintenance. Committed to sustainability, we provide bespoke cleaning solutions for solar panels, underpinned by vast service expertise and a rich portfolio of patented technologies.

Relentlessly pursuing excellence, we elevate our offerings to meet and surpass the challenges of today's market. We pride ourselves on our robust after-sales protection system, offering 24-hour support to ensure peace of mind and resolve any concerns with immediacy and care.

Core Advantages

1. Long-Distance Remote Control
150-meter remote operation enables operators to maintain control from a safe distance, mitigating dangers and elevating operational safety.
2. High-Pressure Water Spray
Efficiently dislodges dust, bird droppings, and mud, greatly enhancing cleaning productivity without compromising panel integrity.
3. Large-Scale Optimization
High-flow, high-pressure cleaning matched to the rigorous demands of expansive solar installations, optimizing time and reducing expenses.
4. Eco-Conscious Conservation
Quantified water spray system manages consumption, making it more sustainable than traditional manual cleaning methods.

After Sales Service

Warranty Policy: 12-month warranty covering manufacturing defects during normal usage. Excludes damages from misuse or unauthorized repairs.

Return & Exchange: Initiate within 15 days of receiving product; must be in pristine, unused condition with original packaging.

Customer Support: Dedicated support team available 12 working hours, 7 days a week for all inquiries.

Frequently Asked Questions

1. What is the daily cleaning capacity of the robot?
The robot can clean up to 1-1.2 megawatts (MW) of solar panels per day, significantly improving maintenance efficiency.
2. How is the robot powered?
It is powered by two 24V, 26Ah lithium batteries, offering 4-5 hours of runtime depending on cleaning mode and terrain.
3. What is the maximum working incline?
Equipped with a crawler chassis, the robot can adapt to various terrains and operate on inclines of up to 15 degrees.
4. How is water supplied during cleaning?
It supports direct connection to a faucet or the use of an onboard water tank with an extended hose and high-pressure pump.
5. What is the water consumption?
Approximately 1 to 1.5 cubic meters per megawatt (MW), depending on the flow rate of the high-pressure water pump.
6. Does it have safety features?
Yes, it features an upgraded anti-fall sensor module and is remotely controlled to ensure safe and stable operation.

Related Products