摘 要
本文主要讲述在液压系统设计中各方面的节能方法、要求，措施等。首先要知道为什么要在液压系统设计中实行节能措施，做这些措施有什么意义。本文主要从液压系统中液压能源能量的循环用、能量传送过程中如何减少损失和新液压能源的研究开发与利用。液压系统的转动原理，液压系统的组成，液压转动的特点，液压技术的应用等也做了相应的叙述。
液压系统的节能技术与途径，包括液压系统的基本节能途径和液压系统的调节控制节能技术。分析液压系统能量损失的原因，从液压系统的五大组成部分出发，介绍了几种相比而言高效率低能耗的节能措施，几种相对高效的节能元件，新型液压转动介质的应用，以及并展望它们的应用前景。并对液压系统与电子技术的结合，及其应用领域的扩大抱有极大的信心。
关键词：液压系统 、 节能、 能耗分析、 液压技术、创新 、发展趋势
Abstract
This paper focuses on the design of hydraulic system of the energy saving method, requirement, measure. First you should know why in the hydraulic system design of energy-saving measures, these measures have what significance. This article mainly from the hydraulic system the hydraulic energy circulation, energy transfer process of how to reduce the loss and hydraulic energy development and utilization of. Hydraulic system of the rotation principle, hydraulic system, hydraulic rotation characteristics, hydraulic technology is also made the corresponding description.
Energy saving technology of hydraulic system and the way of hydraulic system, including the basic way of energy saving and energy saving technology of hydraulic system control. Analysis of hydraulic system of energy loss reasons, from the five parts of hydraulic system, introduces several compared with high efficiency and low consumption energy-saving measures, some relatively efficient energy-saving components, hydraulic rotating media applications, as well as and prospect the foreground of their application. The hydraulic system and electronic technology, and its application fields expand with great confidence.
Keywords: hydraulic system, energy saving, energy consumption analysis, hydraulic technology, innovation, development trend
