Systems & Equipment

UAV Cleaning Systems

Cleaning equipment for facade and photovoltaic applications.

Equipment selection

Find the starting point
for your configuration.

Cleaning equipment for facade and photovoltaic applications.

Product selection depends on the aircraft, operating environment, interfaces, and support equipment. Review exact specifications before finalizing a configuration.

Our core cleaning technology

Reciprocating spray.
Purpose-built for photovoltaic cleaning.

TK Innovation develops reciprocating high-pressure cleaning equipment for photovoltaic installations. Our approach combines a non-invasive quick-mount structure with an oscillating spray mechanism, focusing on cleaning effectiveness, equipment protection, and operating cost.

10–18×Reported efficiency versus manual cleaning
2–4 MWReported daily cleaning coverage, by plant capacity
>42 MPaReported dual-pump system pressure
11 MPaReported pressure at each spray nozzle

Company-provided performance figures for this cleaning equipment. Actual results depend on site conditions and configuration. System pressure and nozzle pressure describe different points in the setup; they are not interchangeable operating settings.

Non-invasive quick installation

Designed for water and power connections without drilling or modifying the aircraft structure. The company describes the installation as preserving the airframe and original warranty; confirm the applicable aircraft warranty terms for the selected installation.

Broad aircraft compatibility

Designed for DJI agricultural and cargo UAV platforms. Share the exact aircraft model so the mounting, power, water, and control interfaces can be confirmed for your configuration.

Cleaning for persistent deposits

The system targets loose dust, bird droppings, and accumulated dirt bands. The company also describes detergent-assisted treatment for rust and oily contamination; the cleaning method must suit the surface and module requirements.

A reciprocating spray structure

The company identifies pressure, weight, reliability, and deployment speed as advantages over fixed multi-nozzle lifting structures. The mechanism is designed to begin work on arrival without a separate extension and retraction cycle.

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