1.4级牵引型移动能源车的使用展望2 .农业文化生产

Pogorilyy S. P., Prysyazhnyi V. G., Tretyak V. M., Panasyuk V. I., Mirnyi V. Y., Barabash R. І.
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引用次数: 1

摘要

目的。货车作为牵引等级1.4的移动能源车辆的透视方向的证实2 .在20-500公顷的农场中,在其基础上组建可进行技术操作的流动农业单位。它们是基于农业机械过程的分析方法和数学建模的应用以及经济分析的基础。采用pc机进行了数值模拟。一辆货车可以用作能源车辆的技术操作清单得到了证实。利用牵引类移动能源手段的经济效益1.4;2以某植保产品技术操作为例建立。使用载货汽车作为牵引等级为1.4级的移动动力车辆;2 .在其基础上形成移动农业单元,农业作业将通过增加年负荷、提高工作和运输速度、采用直接流动技术来降低作物生产成本。它还将减少进行技术操作的技术手段的范围,并提高其使用效率。关键词:载重汽车,移动农用车,移动动力车,牵引级1.4;2、技术操作,移动能源汽车。
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Perspectives of using mobile energy vehicle of traction class 1.4; 2 in agrocultural production
Purpose. Substantiation of perspective directions of use of trucks as a mobile energy vehicle of traction class 1.4; 2 for formation on its basis of mobile agricultural units for performance of technological operations in farms with the area of 20–500 hectares. Methods. They were based on the application of analytical methods and mathematical modeling of the process of agricultural machinery and the basics of economic analysis. Numerical simulation was performed using a PC. Results. The list of technological operations, on which a cargo car can be used as an energy vehicle, was substantiated. Economic efficiency of using the mobile energy means of the traction class 1.4; 2 is established on the example of a technological operation for plant protection products. Conclusions. The use of trucks as a mobile power vehicle of traction class 1.4; 2 for the formation of a mobile agricultural unit on its basis for agricultural operations will reduce the cost of crop production by increasing annual load, increasing working and transport speeds, using direct flow technologies. It will also reduce the range of technical means for performing technological operations and increase the efficiency of their use. Keywords: truck, mobile agricultural unit, mobile power vehicle, traction class 1.4; 2, technological operations, mobile energy vehicle.
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