1.Self developed underlying technologies and algorithms:

Kwunphi has carefully designed the underlying technology and algorithms to ensure that the robot has high controllability. This includes algorithm optimization for robot walking, stability, and position adjustment.

2.Improve the level of machine motion control technology:

Kwunphi not only focuses on the underlying technology, but also strengthens the level of control technology. Improved the controllability of robots on the surface of photovoltaic modules, ensuring stability even under complex surface conditions.

3.Kwunphi's unique semantic visual technology:

Kwunphi fully utilizes semantic vision technology to enable robots to deeply understand the context on the surface of photovoltaic modules, providing necessary information for intelligent walking.

4.High frequency real-time position feedback:

Sctcd® the correction technology provides real-time position information to the central controller up to 600 times per second. This high-frequency feedback ensures that the robot can quickly and accurately adjust its position within milliseconds.

5.The decision-making principle of "prevention and mitigation":

Sctcd® the technology follows the decision-making principle of "safety first, correction later", and promptly corrects possible deviations of the robot to prevent potential problems.