It can not only rinse away residual dirt completely, but also reduce sewage backflow. Compared with traditional cleaning methods, it saves 30% of water and improves cleaning efficiency by 40% in heavily polluted areas.

The mop head supports 180° rotation and 360° steering, and can fit into dead corners such as the edges and corners of photovoltaic panels and gaps between brackets, with a cleaning coverage rate of over 98%.

Cleaning Systems

High-pressure Solar Panel Cleaning Machine

Name: High-pressure Solar Panel Cleaning Machine
SKU: 62626
Price: 1500.00 USD
Availability: InStock

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This solar panel cleaning mop features lightweight design, safe operation and high efficiency. It provides a low-cost operation and maintenance solution for small-scale photovoltaic systems, and is an essential cleaning tool for household and small-scale photovoltaic users.

$1,500.00

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Description

Product Description:

High-pressure Solar Panel Cleaning Machine

This cleaning mop specially designed for photovoltaic panels is tailored for scenarios including distributed rooftop photovoltaics, small-scale commercial and industrial photovoltaics, household photovoltaics, and small-sized agriculture-photovoltaics complementary systems. It features four core advantages: portable and non-destructive cleaning, telescopic adaptability, dry-wet dual-use functionality, and low-cost easy maintenance. It perfectly addresses the pain points of high risks in manual aerial cleaning and high costs of large-scale equipment. It effortlessly removes contaminants such as dust and light bird droppings, quickly restores the light transmittance of photovoltaic panels, and helps improve power generation efficiency by 8%-15%. It is a cost-effective tool for small-scale photovoltaic operation and maintenance.
Product Parameters：

Application	Clean Solar Photovoltaic Panels
MOQ	1PSC
Feature	Low Energy Consumption
Keyword	Photovoltaic Cleaning Tool
Telescopic rod length	3.5m/5.5m/7.5m

Application Scenarios：

Centralized Ground-Mounted Power Stations: Engineered for dusty environments such as deserts and Gobi regions, it efficiently cleans large-scale photovoltaic panels with a daily cleaning capacity exceeding 2MW. This significantly reduces labor costs and boosts the overall power generation revenue of the power station.

Distributed Rooftop Photovoltaics: Handheld and remote-controlled models eliminate the risk of roof trampling, enabling flexible cleaning of commercial, industrial and residential rooftop modules. They are compatible with complex roof structures.

Agriculture-Photovoltaics/Fishery-Photovoltaics Hybrid Projects: The dry cleaning mode prevents sewage from flowing into farmland or water areas. The crawler-type design avoids damaging crops, while the corrosion-resistant materials adapt to high-humidity environments, balancing cleaning effectiveness with environmental protection requirements.

Mountain/Water Surface Photovoltaics: Excellent climbing and wind resistance performance suits complex terrains. With an IP67+ protection rating, it resists humid conditions, ensuring stable equipment operation and module safety.