丽天智能

cn- CN

About LEAPTING

Vision To become a leading expert in manufacturing unmanned intelligent robots for the full lifecycle of photovoltaic power plants

Mission To drive society toward a
carbon-neutral future

Core Value Strong integrity builds the quality,
innovative manufacture leads to the future

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0 Software Copyright Certificates

0 + Total Patent Applications

0 Utility Model Patents

Designed with a high-clearance crawler chassis and 3D SLAM mapping technology, the robot can automatically sense the terrain and environment of the power plant, enabling intelligent driving and obstacle avoidance.
The vehicle is equipped with multi-directional sensors and integrated pose recognition technology, enabling the robotic arm to accurately grasp and place modules for continuous mounting. The average mounting speed can reach one module per minute.
The module mounting execution process is designed with a hierarchical and modular approach for infinite reuse, allowing for fully automated execution of terminal instructions.
High integration and reliability
Real-time remote monitoring via cloud platform

The robot features automatic navigation, and can intelligently operate on various complex terrains with a daily cleaning range up to 20 km
The vehicle is equipped with multi-directional sensors and integrated pose recognition technology, enabling it to sense and control its movement, while allowing the robotic arm to accurately grasp and place the cleaner.
achieving a daily average cleaning capacity of up to 20,000 pieces of modules.
High reliability, stability, and adaptability

This robot is designed with high-clearance crawler chassis and equipped with multi-directional sensors, enabling the robot's autonomous positioning and intelligent navigation for self-driving operations.
Equipped with a high-resolution dual-lens gimbal and a self-developed defect reasoning model, this robot intelligently monitors over 95% of on-site issues, including hot spots, dust, cracks, poor electrical connections, and obstructions in modules. The data is uploaded to the cloud platform for later O&M.
Digital twin technology
Automatic return to station for charging
Help to improve the power generation of photovoltaic power stations within the service cycle, effectively shorten the owner's return on investment cycle

The intelligent four-wheel drive system allows the cleaner to move smoothly, with a maximum climbing capability of 25°, enabling it to pass obstacles in various module scenarios.
The robot is equipped with a 100 W module in the front and a built-in 12 Ah lithium iron phosphate battery, creating a fully self-sustaining power system.
The anhydrous cleaning technology has undergone nearly 100,000 tests, demonstrating no damage to the modules.
Utilizing LoRa/4G communication technology, the cloud platform enables remote monitoring and multi-platform data collection, facilitating real-time recognition, judgment, and positioning to guide O&M activities.
The robot is capable of real-time localization and incorporates an anti-slip mechanism that enables automatic self-correction to ensure stable operation.