Do you know how easy it is for today's farmers to use mechanized methods to grow and harvest crops?
In the past, many large farms needed to plough the fields when they were cultivating. Today, people often used tractors to drag the land to plough. There are many large and small agricultural machines on the farm, but there are too many machines, and the daily maintenance and cost are relatively high. If there is such a machine that can replace most agricultural machines, will the production cost and efficiency be much higher? In order to solve this problem, a company in Germany has really designed and manufactured a modular overall crop production system. The simple understanding is that one host can easily complete different agricultural production with different agricultural templates. For example, if he wants to leave the ground now, he only needs to install the ploughing module and he can put it into production immediately. If he wants to harvest sunflowers, corn, rice, etc., he only needs to replace the corresponding modules to work, and the whole process only needs one person. It can be completed in less than ten minutes, and the efficiency is very high. In short, it is an all-in-one system, a tractor.
Responsible for handling every work step, from planting to seeding, plant protection and harvesting. The machine is equipped with a quick-change modular system, where the technology required for each work step can be easily installed and removed. With variable working widths from six to 24 meters, the machine is also equipped with a cab or peripheral monitoring system that can be rotated 270 degrees for process monitoring. The integrated main implement is mounted between four large electric track running units that can be rotated 90 degrees for road travel. Power is currently provided by two independent diesel engines, each with an output of 545 hp, with generators, and a purely electric drive may be used in the future. With the integrated weather-resistant combine harvester template, the rotary system can achieve grain throughputs of 130 to 200 tons per hour. The harvested grain is stored in a 36-cubic-meter bunker, which can be transported to the place within the reach of the vehicle, and then unloaded in limited quantities, with a capacity of 600 liters per second, a process that takes about a minute, and a combination of different functions. module.
In the future, ploughing, leveling, irrigation, harvesting, weeding, etc. are all possible. Moreover, it has a wider body, which improves efficiency and greatly reduces the range of soil compaction by the crawler. It is really technology that changes life.
