Intelligent Operating and Maintaining Service/Operating and Maintaining Robot/Photovoltaic Installing System/Industrial Automation
More than 120 independent intellectual property rights and proprietary technologies
Auto-cleaning in all PV power station are as with intelligent scheduling and automatic deployment. Reducing costs with high efficient operation.
Highly clean the arrays to improve power generation efficiency significantly and create value for users
Provide users with a full range of customized operating and maintaining services
Intelligent Operating and Maintaining services for all-rounder photovoltaic power station
Cleaning robot automatically recognizes the array type and plans the cleaning path, ensuring the cleaning and safe work by track and self - state control.
The cleaning robot with a combination of structure, sensor, and intelligent control to ensure the stable operation on the smooth slope and the edge of array .The long-term test has no risk of slipping.
With the intelligent floating cleaning technology and trajectory optimization design to ensure the dust on solar panels is stratified and cleaned, and the dust cleaning rate exceeds 98%.
Total weight is within 23kg by the deep optimization of its own weight. And the long-term operationwithout detriment to panels as the third-party testing.
Stable cleaning at night by optimizing design with lighting and vision sensor, greatly improving the efficiency of cleaning operations.
The hidden sweeping head has a smooth motor drive structure design to reduce the volume; The center of gravity shall be stable, and the cleaning operation shall be free of runout and resonance; The brushless motor weighs only 8kg and is durable.
Dry sweep mode: when the pollution degree of photovoltaic modules is not very heavy, the dry sweep mode can be selected. Wet sweeping mode: the wet sweeping mode is selected when the PV modules are dry, the pollution is serious and there are many oil stains.
The product has night vision outline light, which is convenient for cleaning at night.
Misoperation, the machine head rushes out of the back cleaning plane during cleaning.
The product handle, battery pack, extension rod and cleaning head can be disassembled and installed independently, which is convenient for packaging, transportation and product function expansion.
Following path planning from the cloud platform, (with the precise navigation and positioning system), the running direction and posture of our robotics will auto adjust allowing monitoring and cleaning of solar panels while moving between the arrays.
The collision risk is protected by multiple methods such as image recognition and radar obstacle avoidance, and the center of gravity and posture are adjusted to prevent self-overturning when climbing at a large angle.
Autonomous intelligent navigation intelligently identifies roads, arrays and obstacles through machine vision and a variety of sensor applications (making auto corrections based on robot judgments).
The angle, height and edge of the arrays are automatically detected, and the connection robot is freely adjusted in multiple directions and multiple angles to connect with the arrays.
The cloud platform automatically deploys the connected robots according to the operating and maintaining tasks assigned. The robots are in constant commination with the cloud platform eliminating the need for manned control.
Radiant is a pioneering company to adopt artificial intelligence technology for large data maintenance through cloud platforms. Leading to the operating and maintaining needs of photovoltaic power station. The system uses the combination of Cleaning robots, Connection robots, Intelligent supplying equipment, Intelligent testing equipment and, operating and maintaining cloud platforms as a technical core. Thus creating a management and control system with intelligent monitoring and analysis, intelligent cleaning, autonomous operating and maintaining for the power station. Radiant auto-robot technology system can solve all types of operating and maintaining problems for photovoltaic power station. Also, increasing the power generation capacity of the power station by 10-15%, and the safety of the power station operation is significantly improved.
RO-PG1.0
The observation station can accurately analyze daily meteorological data, temperature, humidity, wind direction, wind speed, and irradiation.
Through intelligent IV monitoring, the system tracks the PV arrays’ status in all-rounder and automatically plots the power generation curve. Through large data analysis, it provides customers with photovoltaic power reduction alarms and maintenance reminders.
Our system is equipped with photovoltaic off-grid energy storage and self-powered independent power supply to ensure 24-hour online monitoring.
And it can transmit data in real time through wireless communication.
RO-PG1.0
The system is equipped with water purification treatment device to ensure the purity of the water used by the cleaning robot, reduce the influence of water stains on cleaning robot, and increase the adaptability of cleaning robot to harsh environments;
The system is equipped with photovoltaic off-grid energy storage to ensure power supply of the cleaning robot;
Automatic watering and charging function with cleaning robot
Portable mobile communication terminal, and cooperate with cloud platform to achieve on-site communication, multi-aircraft cooperative, linkage deployment.
As a maintaining vehicle for operating robots
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