Whole-process intelligent agricultural machinery and equipment
Machinery (for the entire process of cultivation, planting, management, and harvesting)
A series of mechanized intelligent agricultural machinery including combined tillage machines, deep loosening and ditching machines, fertilizers applicators, planters, integrated water and fertilizer equipment, and distributed harvesters for the entire process was developed based on Guangxi’s characteristics in climate, soil, water sources, sugarcane, and agricultural waste.
By integrating sugarcane agronomy with new agricultural machinery, a system of mechanized fields with efficient operations has been established, achieving mechanization and intelligence in the entire process of sugarcane planting, cultivation, management, and harvesting.
This significantly enhances the production efficiency of sugarcane cultivation, planting, management, and harvesting processes by reducing the working time required for operations such as planting and harvesting, ensuring that the growing season of sugarcane is sufficiently long, forming the basis for achieving two harvests of sugarcane per year.
Further, rapid mechanized harvesting of sugarcane after reaching technological maturity can effectively reduce the impact of typhoon weather in Guangxi on sugarcane, reducing instances of lodging in sugarcane.
Case Example: Artificial Regulation and Biochemical Control for Sugarcane Ripening
The application of chemical regulation and algorithmic formula technology in sugarcane relies on focused research on the synthesis and accumulation of sucrose in sugarcane stalks, the intrinsic and environmental factors regulating sugar accumulation and the chemical control mechanisms of sugar levels.
By using plant growth regulators to alter the endogenous hormone system of sugarcane, the growth, development, and sugar accumulation are adjusted to achieve high yield and sugar content, reaching maturity standards in a shorter time.
Alongside, by combining biological and chemical pesticides that creates conditions an unfavorable for the growth and spread of pathogens, pests, and weeds, to efficiently control and mitigate their impact in an environmentally friendly manner.