Building Application-Led UAV Cleaning Systems in Hangzhou
How Yun Yi UAV approaches industrial cleaning system configuration by connecting the target application, aircraft platform, spray equipment, ground supply, and deployment workflow.
The starting point for industrial UAV cleaning should be the surface and the job—not simply the aircraft model.
Based in Hangzhou, China, Yun Yi UAV focuses on integrated cleaning systems for elevated and industrial assets. The central idea is that successful operation depends on how the aircraft, spray payload, water delivery, control equipment, and site workflow are configured around a specific application.
Start with the application, not the aircraft.
Building facades, wind turbine installations, and photovoltaic arrays may all benefit from UAV-assisted access, but their cleaning requirements are not identical.
A building facade introduces glazing, architectural details, working height, and surrounding pedestrian areas. A wind turbine site involves curved blades, exposed conditions, and field logistics. A solar installation presents repeated panel rows, surface compatibility requirements, and water-management considerations.
For this reason, equipment selection should begin with information about the target asset and the desired cleaning outcome.
Useful project inputs
- Target surface material, geometry, and contamination.
- Operating height and access restrictions.
- Available water, power, and ground equipment space.
- Expected cleaning process and site operating constraints.
- Existing UAV platforms or other customer equipment.
This information helps establish whether the proposed cleaning concept is technically appropriate before selecting hardware.
Integrate aircraft and cleaning payload.
The aircraft provides the mobility required to position cleaning equipment near elevated surfaces. The cleaning payload determines the way water is directed toward the target.
These components must be compatible in terms of mounting structure, mass, available flight control, and intended operating conditions. A spray assembly should not be treated as a universal accessory that can be installed on any aircraft without validation.
The Industrial Application UAV represents the aircraft platform category, while the M400 Cleaning Mount / ZX-01 Spray Boom illustrates the aircraft-side cleaning attachment category.
Payload rating, mechanical mounting, hose forces, control behavior, and flight stability must be verified for the selected equipment combination.
Connect the airborne and ground systems.
For ground-fed cleaning applications, the water supply unit becomes part of the overall UAV operation. Pressure generation, water flow, hose length, connections, and operator controls all affect the cleaning process.
Ground equipment should be selected based on the required water delivery and the conditions at the site. The system must account for pressure losses, hose routing, changes in height, and the cleaning method appropriate for the target surface.
The ZX003 Intelligent Proportioning Cleaning Unit is an example of ground-side equipment designed around water delivery and cleaning-agent proportioning.
A complete system approach also considers how the ground crew monitors equipment, communicates with the pilot, and handles unexpected interruptions.
Make testing part of configuration.
A proposed cleaning configuration should be evaluated before full deployment. Controlled testing can help determine whether the aircraft maintains a suitable working position, whether the water-delivery system behaves as intended, and whether the cleaning method is compatible with the surface.
Testing should address both airborne and ground-side performance. A stable pump does not automatically guarantee good spray coverage, and a stable aircraft does not automatically guarantee the desired cleaning outcome.
What should be validated?
- Aircraft stability with the intended payload and hose arrangement.
- Water flow, pressure delivery, and connection integrity.
- Nozzle position, spray coverage, and material compatibility.
- Ground-crew coordination and emergency response.
- The quality of the cleaning result in a representative test area.
Any conclusions about performance should come from actual testing under defined conditions rather than assumptions based on a single hardware specification.
Support facade, wind and solar applications.
Yun Yi UAV's solution structure focuses on three application areas, each requiring its own system-planning approach.
Facade cleaning
Glass curtain walls and commercial building exteriors require attention to facade geometry, spray access, surface materials, hose routing, and operating conditions near occupied structures.
Explore the Facade Cleaning Solution.
Wind turbine cleaning
Turbine blades and towers introduce changing surface curvature, substantial working heights, exposure to wind, and field-access considerations.
Explore the Wind Turbine Cleaning Solution.
Photovoltaic cleaning
Solar installations require attention to panel layout, approved cleaning methods, consistent coverage, and reliable ground-side water logistics.
Application first. Hardware second.
Integrated UAV cleaning systems should be planned around actual project requirements. The most suitable configuration connects aircraft capability, cleaning payload, water supply, surface characteristics, and field workflow. This application-led approach helps define the equipment and validation work each project requires.