THE IMPROVING OF EFFICIENCY OF TECHNOLOGIES AT THE EXPENSE OF CHOICE OF RATIONAL MODEL OF TRACTOR BY CRITERIA OF ECOLOGICAL AND POWER EFFICIENCY

A. Panasiuk, Electrification for Agriculture, R. Kashbulgayanov, A. Lipkan
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Abstract

New approaches as evaluated by the mechanical affecting on the soil and the criteria of ecological estimation, directly characterizing the affecting of wheeled and caterpillar movers on the soil are presented in the article. As a result for perfection of structurally-regime parameters of the hauling field energy the concept of virtual mobile energymeans (МEM) and criteria of his efficiency are set forth. For the ground of perspective ways, methods and receptions of increase of ecological efficiency of MEM determination of meaningfulness of influence of each offers of structurally-regime parameters on the index of the affecting on the soil "U" with the use of derivative of first-order. Coefficients allowing to estimate ecological and power efficiency of the МТА in technology on exceeding of level of the mechanical affecting on the soil are presented. The algorithm of choice of model row of tractors is worked out in a certain hauling class on the level of making more compact influence of the МТА. On the basis of correlation of losses from violation of agrotechnical terms and losses of harvest from the anthropogenic loading on an agrocenosis the rational model of tractor is chosen.
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技术效率的提高是以生态和动力效率为标准选择拖拉机的合理型号为代价的
本文提出了直接表征轮式履带式推土机对土壤影响的机械效应评价和生态评价准则的新方法。为了完善牵引场能量的结构状态参数,提出了虚拟移动能手段的概念(МEM)及其效率的判据。基于MEM提高生态效率的视角、方法和接受,利用一阶导数法确定了各结构状态参数对土壤“U”影响指标的影响意义。给出了在超过土壤机械影响水平的情况下,允许估计МТА技术的生态和功率效率的系数。从МТА对牵引车更紧凑影响的角度出发,研究了某牵引类牵引车模型排的选择算法。根据违反农业技术条件造成的损失与人为负荷造成的收获损失的相关性,选择了合理的拖拉机型号。
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