何华华

[摘    要]在科技不断发展的背景下，大部分地方的建设水平也有所提高，机械电子工程数量不断增加，同时其规模也逐渐扩大。 有必要通过分析工作中能源消耗等增强对节能控制技术的应用探索，目的是全面加强工程价值，保证机械电子工程发展取得更好的效果。目前，机械电子工程运行的主要目的就是输出有功功率，节能控制技术在电力输出方面需要特别注意的，机械电力工程要在发展过程中取得极好的节能效果，就要有效地突破以往较为传统的节能控制技术。围绕机械电子节能控制技术应用展开讨论与改造计划，为工程机械领域应用节能技术提供参考依据。

[关键词]机械电子工程;节能控制技术;控制策略

[中图分类号]TP29 [文献标志码]A [文章编号]2095–6487（2021）03–00–02

[Abstract]Under the background of the continuous development of science and technology in this century， the construction level of most places has also been improved， the number of mechanical and electronic engineering is increasing， and its scale is also slowly expanding. However， it is necessary for us to enhance the exploration and discovery of energy-saving control technology by analyzing some necessary events such as energy consumption in future work. The purpose is to comprehensively enhance the engineering value through the use of energy-saving control technology. In addition， it can also ensure that mechanical and electronic engineering in the future development of the road to achieve better results and development achievements. For now， compared with mechanical and electronic engineering， the main purpose of its operation is to output active power. At present， our energy-saving control technology needs to pay special attention to several aspects. In terms of power output， in order to achieve excellent energy-saving effect in the development process of mechanical and electrical engineering， we need to effectively break through the traditional energy-saving control technology . This paper focuses on the application of mechanical and electronic energy-saving control technology to carry out discussion and transformation plan， to provide reference for the application of energy-saving technology in the field of construction machinery.

[Keywords]mechanical and electronic engineering; energy saving control technology;control strategy

1 机械电子工程节能控制技术

相对于与传统的节能控制技术不同，机械电子工程的节能控制技术可以实现多种改进和创新，包括改善固定电力分配以实现动态电力分配、建立基于运营模式的工作效率管理系统、选择基于识别技术的工作模式、建立基于运营模式的动态电力分配系统等。

1.1 全电控节能控制技术

对于机械工程系统，以电控燃油喷射柴油机、电动比例液壓阀、电动比例电机和电动比例液压泵为基础，全电控运行传输系统是全电控节能控制技术的典型应用。所有的电源输出和转换因素都是电气控制的，因此加大改善了硬件使用。另外，还可以进行详细的感知和高级智能控制。……