1.Highly Intelligent Navigation System
(1)Precise Positioning
The rail transfer car program has installed with advanced inertial navigation system, which helps achieve precise locating every panel in the solar panel array, making certain the accuracy of the cleaning process.
(2) Intelligent Route Programme
The rail transfer car program has built-in the intelligent algorithm to plan the best cleaning route that reduce repetitive labor and ineffective movements, depending on the solar panel array layout and cleaning needs.
2. Speedy Intelligent Transfer System
(1) Seamless Joint
The rail transfer car program has design with intelligent identification and locking mechanism, thus achieve the speed and stability of the transfer process between solar panel cleaning robot and rail transfer car, which will reduce manual labor and improve cleaning process continuity.
(2) Data Analysis
The running state of cleaning robot and transfer car and the cleaning process situation will be automatically upload during the transfer, ensure the information update in time in order to provide precising data support for the follow-up cleaning operation.
3. Intelligent Monitor And Protecting System
(1) Real-time Monitoring
The rail transfer car has equipped with multiple sensor in order to monitor the rail status, equipment running status and nearby environment changes, making sure the safety of the cleaning operation.
(2) Fault Warning
Warning will be alarm in advance when the system predicted potential fault by data analysis, avoiding the equipment breakdown and cleaning process interrupt.
(3) Emergency Braking And Power-off Protection
When abnormal situations are detected, the emergency braking and power-off protection mechanism will be automatically triggered to ensure the safety of staffs and the equipment.
4. High Efficiency Drive And Energy Saving Technology
(1) High Efficient Drive
The rail transfer car has adopted advanced motor technology and drive algorithm to achieve high efficiency, low noise drive effect and improving the work efficiency.
(2) Energy Recovery
During braking or deceleration, part of the energy will be recovered through the energy recovery system to reduce energy consumption and improve the battery life of the device.
5. Remote Control And Intelligent Scheduling
(1) Remote Control
The rail transfer car supports remote control by mobile phone apps or computer program to achieve remote function like monitoring, cleaning task scheduling and fault diagnosis.
(2) Intelligent Scheduling
The rail transfer car intelligent control system will intelligent schedule the cleaning robots and rail transfer car to optimize resource allocation and improve the overall efficiency of work based on the actual situation and cleaning needs of the photovoltaic power station.
6. Data Recording And Analysis
(1) Data Recording
Various data like cleaning time, cleaning effect, equipment status, etc. will be automatically record in the cleaning process, in order to analysis and optimize the subsequent cleaning progress.
(2) Data Analysis
The cleaning data will be deeply mined and analyzed via the big data analysis technology, in order to discover potential problems and put forward improve suggestions, and the cleaning operation will be continuously optimized.
The Rail Transfer Car for Solar Panel Cleaning Robot has bring out revolutionary changes to the photovoltaic power station cleaning operation through its highly intelligent technical features. The rail transfer car for solar panel cleaning robot can not only improve the efficiency and safety, but also provide strongly support to continuously optimized the cleaning operation by data recording and analysis.
(2)Energy Recovery
During braking or deceleration, part of the energy will be recovered through the energy recovery system to reduce energy consumption and improve the battery life of the device.
5. Remote Control And Intelligent Scheduling
(1) Remote Control
The rail transfer car supports remote control by mobile phone apps or computer program to achieve remote function like monitoring, cleaning task scheduling and fault diagnosis.
(2) Intelligent Scheduling
The rail transfer car intelligent control system will intelligent schedule the cleaning robots and rail transfer car to optimize resource allocation and improve the overall efficiency of work based on the actual situation and cleaning needs of the photovoltaic power station.
6. Data Recording And Analysis
(1) Data Recording
Various data like cleaning time, cleaning effect, equipment status, etc. will be automatically record in the cleaning process, in order to analysis and optimize the subsequent cleaning progress.
(2) Data Analysis
The cleaning data will be deeply mined and analyzed via the big data analysis technology, in order to discover potential problems and put forward improve suggestions, and the cleaning operation will be continuously optimized.
The Rail Transfer Car for Solar Panel Cleaning Robot has bring out revolutionary changes to the photovoltaic power station cleaning operation through its highly intelligent technical features. The rail transfer car for solar panel cleaning robot can not only improve the efficiency and safety, but also provide strongly support to continuously optimized the cleaning operation by data recording and analysis.