Unlocking a New Era in Agriculture: Equipping Fields with Technological Armor
In the vineyards of Beijing's Oldman Winery, Shangyida's intelligent agricultural plant protection robot has introduced a new approach to vineyard management. Let's take a look at the plant protection tasks it can perform in the vineyard.
Pesticide Spraying: First, let's examine the application of the intelligent agricultural plant protection robot in pesticide spraying within the winery's vineyard. Traditional agricultural spraying methods typically require farmers to manually operate sprayers or use tractors for spraying. This method is not only inefficient but also poses certain health risks to the farmers. The intelligent agricultural plant protection robot boasts a horizontal range of 16 meters, a 120-liter pesticide tank, and even atomization, ensuring that it doesn't damage the fruit surface, reduces pesticide waste, and improves spraying effectiveness. Additionally, the robot's operation is not constrained by weather or time. We can easily control it remotely or through preset paths, allowing the robot to traverse the fields and spray pesticides accurately, saving both time and effort. It can perform plant protection tasks at any time, ensuring the growth and yield of the crops, thereby aiding in their growth.
Precision Mowing: The intelligent agricultural plant protection robot also plays a vital role in mowing within the winery's vineyard. Weeds in the vineyard not only hinder the growth of the grapevines but also require workers to spend a significant amount of time and effort on manual mowing, which is not only labor-intensive but also highly inefficient. During the weed-infested seasons, the agricultural plant protection robot transforms into an expert mower. Equipped with mowing attachments, it can swiftly clear the weeds in the vineyard, creating a favorable environment for the growth of grapevines. Furthermore, the robot can adjust the mowing height and angle according to different terrains and the height of the grapevines, ensuring that the weeds are trimmed without harming the grapevines. The intelligent agricultural plant protection robot can intelligently recognize the weeds within the vineyard and then use the mower to perform precise mowing operations. The grass clippings produced during the mowing process can serve as natural organic fertilizer, returning nutrients to the soil and fostering the growth of the grapevines. This not only improves mowing efficiency but also reduces the cost of mowing and alleviates the labor burden on farmers.
The stable performance of the intelligent agricultural plant protection robot ensures consistent and high-quality operations. They can effectively increase productivity, lower costs, and reduce environmental impact, laying a solid foundation for a bountiful grape harvest. In the future, intelligent agricultural plant protection robot are expected to play an even more significant role in vineyards and other agricultural fields. They will become indispensable assistants for farmers, injecting new momentum into the development of modern agriculture.