1.Precision motion control:

Kwunphi adopts precise motion control technology to ensure that the robot can move accurately during cleaning tasks without deviating from the predetermined path.

2.Turning in place and turning in place:

Robots have the ability to turn in place and turn in place, allowing them to quickly and flexibly adjust direction in narrow spaces and cope with complex solar panel layouts.

3.Correlation between cleanliness consistency and power generation:

Through real-time animation display, cleanliness consistency is directly related to power generation. Even if a component is covered by leaves, it may lead to a decrease in the power generation of the entire component, emphasizing the key importance of clean consistency in improving power generation efficiency.

4."bow planning" path:

For rectangular arrays, the Kwunphi adopts a "bow shaped planning" path to ensure 100 % full coverage and improve cleaning efficiency.

5.Wrap line from top to bottom for washing:

Robots use a top-down row washing method during cleaning to ensure the accuracy of cleaning position and direction, and improve cleaning quality.

6."0 radius turning" technology:

The Kwunphi introduced the "0 radius turning" technology and demonstrated the robot's completion of this technology through animation, achieving the goal of smaller turning radius being better and improving the robot's mobility on solar panels.

Through the comprehensive application of these technologies, Kwunphi has effectively addressed the challenges in cleaning tasks, ensured cleanliness consistency, and ultimately improved power generation efficiency.