Today, let me introduce one of Lanjiang’s black technologies – the diesel range extender power system.
01 Strong Endurance
Agricultural robots are products that effectively integrate agronomy with technology, empowering agronomy with advanced technology. Agronomy comes first, followed by technology, and ultimately technology should serve agronomy.
Therefore, it is necessary to understand the agronomic needs of orchards first. For fruit tree pest control, there are “window periods”. For example, citrus trees have four key window periods: pre-flowering, post-flowering, fruit enlargement, autumn shoot, and tree preservation periods. The entire orchard must be treated within a short period. Otherwise, there may be reduced yields or loss of produce.
In the spring and summer rainy seasons, the hot and humid environment is also prone to various pests and diseases. Protective measures must be taken in time before the next rainfall. The window period can range from 1-2 days to 3-4 days, leaving farmers with very little time. Therefore, the product’s endurance must be long enough to complete pest control as quickly as possible and to eradicate pests and diseases in time.
The range extender system derives power from the engine, ensuring long-term operation as long as there is fuel available, thereby efficiently completing pest control operations within the window period.
02 Flexible Control, Precise Operation, Comprehensive Informatization
Traditional tractors can ensure endurance, but they are only purely mechanical products and cannot operate unmanned or perform precise operations.
Lanjiang orchard robots adopt whole vehicle electronic control. Systems such as unmanned driving, drive systems, and intelligent control systems all require electronic control, which traditional tractor power systems do not have.
Moreover, the range extender system ensures the overall informatization of the vehicle, enabling visual monitoring of key parameters, laying a good foundation for subsequent businesses such as multi-vehicle collaborative operations and smart orchard platforms.
