Hydraulic aggregates in agricultural engineering

Dragana Petrović, Z. Mileusnić, M. Oljaca, R. Radojević
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Abstract

With an extremely carefully and very dedicated approach, power transmission may, but not obligatory, present a serious technical, environmental or econometric problem. In agricultural engineering, this process is unfortunately often further complicated. Therefore, energy transfer in this particularly sensitive area must be performed with special care, and energy-specific technical solutions must be applied in each isolated case. These solutions must be specially harmonized with the dynamic energy needs of the system, and should provide energy transfer that is technically, technologically, economically and ecologically harmonized with the practically unpredictable dynamic needs of hydraulic elements and systems in agricultural engineering. However, the use of hydraulic drive, or at least its participation in power transmission, has become an almost inevitable practice today. This is especially important if it is also electronically controlled, because with a number of additional advantages including fluid line flexibility, energy transfer from arbitrary types of primary sources and energy converters, all the way to the appropriate control units or consumers can be achieved successfully, efficiently and accurately.
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农业工程中的水力集料
通过非常谨慎和非常专注的方法,电力传输可能(但不是强制性的)出现严重的技术、环境或计量问题。不幸的是,在农业工程中,这一过程往往更加复杂。因此,在这个特别敏感的地区进行能量转移必须特别小心,并且必须在每个孤立的情况下应用针对能源的技术解决方案。这些解决方案必须特别与系统的动态能量需求相协调,并应提供在技术上、技术上、经济上和生态上与农业工程中液压元件和系统的实际不可预测的动态需求相协调的能量转移。然而,使用液压传动,或至少其参与动力传动,已成为当今几乎不可避免的做法。如果它也是电子控制的,这一点尤其重要,因为具有许多额外的优势,包括流体管线的灵活性,从任意类型的一次源和能量转换器的能量传输,可以成功,高效和准确地实现到适当的控制单元或消费者。
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