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Photovoltaic cleaning

 

During forest fire rescue, data such as fire lines, water sources, road conditions, combat schematics, risk warning maps, force deployment maps, force statistics maps, and combat results statistics tables are marked.

Photovoltaic cleaning

 

During forest fire rescue, data such as fire lines, water sources, road conditions, combat schematics, risk warning maps, force deployment maps, force statistics maps, and combat results statistics tables are marked.

Business pain points

Adaptability to complex terrain: Whether it is a photovoltaic power station located in complex terrain conditions such as mountains, hills or deserts, drones can easily reach and carry out cleaning operations.

Danger of electric shock: Manual cleaning requires climbing to heights, which poses greater safety risks, such as falling and electric shock.

Influence of weather factors: For some special climatic conditions, such as after sandstorms, dust easily accumulates on the surface of photovoltaic panels. UAVs can respond quickly to clean and restore the power generation efficiency of photovoltaic panels.

Drone advantages

Influence of weather factors: For some special climatic conditions, such as after sandstorms, dust easily accumulates on the surface of photovoltaic panels. UAVs can respond quickly to clean and restore the power generation efficiency of photovoltaic panels.

Safe and reliable: Photovoltaic panels are usually installed at high places, and manual cleaning requires climbing, which poses great safety risks, such as falling and electric shock. Drone cleaning does not require personnel to climb, avoiding these safety risks and ensuring the safety of cleaning personnel.

Intelligent operation: Some advanced drone cleaning systems can realize automated operations. Through preset cleaning paths and programs, drones can automatically complete cleaning tasks.

Solution

 

 

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Photovoltaic cleaning solutions

 

• The solution uses the multifunctional cleaning drone D15R, equipped with a dual RTK, high-definition pod, which eliminates the need for personnel to work at heights and eliminates the safety risks of high-altitude operations.

• It can be quickly deployed, operate around the clock, change any load, and perform operations in a variety of cleaning scenarios.

Photovoltaic cleaning solutions

 

•The solution uses the multifunctional cleaning drone D15R, equipped with a dual RTK, high-definition pod, which eliminates the need for personnel to work at heights and eliminates the safety risks of high-altitude operations.

• It can be quickly deployed, operate around the clock, change any load, and perform operations in a variety of cleaning scenarios.

Flight Platform

D15R
It adopts a new modular quick-release structure, a four-axis folding arm design, and a high-strength fuselage design made of all carbon fiber materials, which greatly reduces the weight of the drone body; the 15km high-definition image transmission system and customized expansion accessories are integrated to optimize the aerial operation mechanism, which can meet the flight needs of various professional fields such as inspection, search and rescue, law enforcement, fire fighting, electricity, and security. The D15 has a long-lasting flight time of 71 minutes without load and a maximum load of 15kg.
 
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Loads & Software

Four-Sensor Optical Pod

4K 180x hybrid zoom, 30x optical zoom 640x512 high-resolution thermal imaging (including temperature measurement) , 2K ultra-wide-angle 1200-meter high-precision laser ranging, 4K ultra-high-definition video recording and photography, stitching screen linkage zoom, infinite rotation of the panning axis;

 

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Dual-Sensor Optical Pod
640*512 high-resolution thermal imaging temperature measurement Fixed focus six-fold digital zoom 8 million pixel 1/2.8-inch Sony CMOS 4K ultra-high-definition video recording and photography Starlight night vision 540 degree rotation range of the heading axis AI-powered intelligent recognition and tracking (people, vehicles, boats);

 

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Workflow

1. Take off the drone to conduct curtain wall reconnaissance and depiction.

2. The buildings are marked and analyzed through the real-time image information sent back by the drone, and the information of multiple devices is synchronized through the ground station.

 

3. Adjust the cleaning fluid to suit the material on site.

 

4.Take-off cleaning operations

 

More Application Scenarios

 

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