农业移动能源发展展望

V. Shevtsov, T. Godzhaev, E. V. Erilina
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引用次数: 2

摘要

对俄罗斯和世界上一些国家1000公顷耕地上使用移动动力工具(MPT)的安全性进行了分析,揭示了拖拉机在牵引等级和运行系统类型上的缺陷,揭示了白俄罗斯82.1级轮式拖拉机在机械拖拉机停车场的主导地位。提供的数据证实了机器和拖拉机停放量的实际减少,需要接受国家的恢复措施。特别值得注意的是,公园的毛虫部分有双重用途,它们在共同的公园通道中共享,现在超过零水平,这对于俄罗斯的土壤和气候条件来说是非常不可接受的。结果表明,在近年来俄罗斯拖拉机销售统计中,国产农机占据了较大的市场份额。从2013年到2016年,国内企业在销售额中的份额从22%增长到35%。MPT发展的主要方向是动态通信被信息化取代的趋势,是数字技术系统应用的基础。展望了农业移动动力工具技术发展方向的选择、在世界范围内的竞争力以及机器人农业移动动力工具研究工作的前景。报告指出,综合和高精度农业模式的应用,包括精确农业技术,增加了对自动化和机器人MPT的需求。研究表明,在不久的将来,农业机器人将自动化所有繁重的田间工作:耕种、着陆、施肥、收集和运输、收获等,并将基本上创造新的MPT市场。
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Perspective for the development of agricultural mobile energy
The analysis of security with the mobile power tools (MPT) on 1000 hectares of an arable land in Russia and some countries of the world is submitted, the created deficiency of tractors on traction classes and type of running systems is disclosed, the dominance in the machine tractor park of wheel tractors of a class 1,4 Belarus 82.1 is revealed. The provided data confirm practical decrease of volume of the machine and tractor park and demand acceptance of the state measures for its restitution. Special attention is paid on the fact that the caterpillar component of the park have dual purpose, which share in the common park approaches now over a zero level is extremely unacceptable for soil and climatic conditions of Russia. It is shown that in statistics of sales of tractors in Russia in recent years the larger share of the market is occupied by agricultural machinery of domestic production. From 2013 to 2016 the share of the domestic enterprises in the value of sales grew from 22 to 35 %. The main vector of development of MPT allocated tendencies of replacement of kinematic communications by the informational, being a systemic basis use of digital technologies. The near-term outlook of the choice of the technological direction of the advancing development of agricultural mobile power tools, competitive at world level, and the prospect of search works on creation of robotic agricultural MPT are considered. It is noted that applications of the integrated and high-precision models of farming, including technologies of precise agriculture, rises the need for the automated and robotic MPT. It is shown that in the near future agricultural robots will automate all hard field work: plowing, landing, application of fertilizers, collecting and transportation, a harvest etc. and will create basically new market of MPT.
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