Teaching Mode Reform of the Electrical Automation Control Course

Under the background of the new era,higher requirements are put forward for colleges and universities to carry out teaching reform.Teachers of electrical automation control courses should update their teaching ideas regularly,innovate teaching methods,and take novel and effective measures to carry out related work.Because electrical automation control courses tend to be technology-oriented,teachers can help students consolidate basic knowledge.They should also focus on developing practical skills so students can easily adapt to future job positions.However,there are many problems in the actual teaching process,which hampers the improvement of the teaching quality to a certain extent.In view of this,this paper presents an in-depth exploration based on theories and practical experiences.It starts with an analysis of the current teaching status of electrical automation control courses in colleges and universities,followed by suggestions to improve them based on their characteristics and students’needs.

Research on Electrical Automation Control Design Based on PLC Technology

As science and technology continue to progress forward,electrical automation engineering is also developing,of which programmable logic controller(PLC)technology is widely being used.Through the integration of PLC technology and traditional electrical automation technology,good development of modern science and technology is promoted while traditional automation is preserved.The development of electrical engineering can greatly improve the strength of science,technology,and economy in our country.Based on PLC technology,this paper analyzes the design of electrical automation control.

SOLIDWORKS Electrical在通过式脚踏封口机自动化改造设计中的应用

小型企业塑封工艺中通过式脚踏封口机应用广泛,但在塑封重型工件时,工人操作非常费力且次品率高,无法保障塑封质量,为此对其进行机构优化与软硬件设计自动化改造。利用SOLIDWORKS Electrical快速建立3D虚拟电气配盘与生成各类BOM清单,大大缩短了研发周期,安装人员还可以根据虚拟电气装配路径进行准确安装。最终设计出结构合理,满足生产工艺要求的自动化装置,企业以极少改造成本提质增效,为机电一体化装置自动化设计提供了一个高效开发途径。

Application of Electrical Automation Technology in Power System

With the continuous development and progress of science and technology in China, automation technology has occupied an important position in many fields while its application in power system is increasingly widespread. Therefore, the application of electrical automation technology in power system is of great significance for power supply stability and work efficiency. In this paper, the author analyzes the application of electric automation technology in power system and makes contributions to the sustainable and stable development of power enterprises.

The Application of Electrical Automation in Electrical Engineering

To apply automation in electrical engineering is to use a series of devices with functions of automatic detection and control to realize the realtime or remote control,management,and monitoring of the original electrical system.Therefore,the electrical automation technology has broad development space in the construction of electrical engineering,and it is worth of application and study for relevant electrical installation engineering and scientific research departments.In the actual production process,it is necessary to optimize the production mode,reduce the cost,and keep the good working performance of electrical equipment.Based on this,this article briefly analyzes the application of electrical automation in electrical engineering,hoping to provide an effective reference.

Mitsubishi Electric Automation，Inc．架式数控系列产品提高加工性能

Mitsubishi Electric Automation公司扩展了MELSEC iQ-R自动化平台，引入了C80系列数控系列产品。这款架式控制器配有一个数控专用CPU，提高了性能。数控功能和驱动装置实现了高速、精准加工，高速系统总线实现了大容量数据通信。

Surfer Automation技术在电法资料成图中的应用

Surfer软件具有较完美的数据处理和显示功能,文中介绍了Surfer Automation技术及其与C++应用程序的接口,并利用该接口技术将C++的强大软件开发能力和Surfer强大的绘图功能的结合,探索了其在电法资料处理成图过程中等值线的自动绘制的相关方法,给出了实现该接口技术的关键代码以及绘制成果图件的实例。

Electrical Metrology Applications of LabVIEW Software

Automation in measurement has wide range of electrical metrology applications and construction of powerful calibration software is one of the highly accurate metrological laboratories’ priorities. Thus, two automatic systems for controlling and calibrating the electrical reference standards have been established at National Institute for Standards (NIS), Egypt. The first system has been built to calibrate the zener diode reference standards while the second one has been built to calibrate the electrical sourcing and measuring instruments. These two systems act as the comprehensive and reliable structure that, from the national electrical standards, disseminates the traceability to all the electrical units under calibration. The software of the two systems has been built using the Laboratory Virtual Instrument Engineering Workbench (LabVIEW) graphical language. The standard development procedures have been followed in the building of both systems software. The software requirement specifications as well as functional specifications are taken into consideration. Design, implementation and testing of the software have been performed. Furthermore, software validation for measurements’ uncertainty as well as results’ compatibility in both automatic and manual modes has been achieved.

智能制造背景下高职电气自动化专业人才培养模式的创新研究

高职电气自动化技术专业在智能制造新形势下,人才培养方案需要创新变革。文章针对目前电气自动化技术高技能人才培养目标与企业实际需求的差异、人才培养质量偏低、校企融合深度不足等现状,探讨了电气自动化课程体系的构建;基于工作过程项目实施模式的创新、专综课程结合的培养体系,提出了以培养学生能力素养为主线、以学生发展为中心,通过产教融合、科教融合创新机制,构建了依托“五新育人”“岗课证赛”实践教学进行能力培养的人才培养新模式,以期为其他专业的人才培养方案提供改进思路。

基于电气自动化的灌溉水电双控系统设计

针对我国灌溉系统水资源利用率较低的问题,基于电气自动化对灌溉水电双控系统进行了设计。灌溉水电双控系统主要组成包括控制模块、信息采集模块、收费管理模块、执行模块和通信模块。为了实现节水灌溉,提升水利用率,在管理方面对控制系统软件进行设计,在技术方面对控制系统算法进行设计。为了验证灌溉系统的性能,对系统进行了数据计量准确性试验和节水灌溉运行试验。试验结果表明:系统可以准确地测量用电量和用水量,且可自动启动节水灌溉。

“三教”改革下高职电气自动化技术专业活页式教材探索与实践——以“电气控制应用”一体化课程教材开发为例

“电气控制应用”一体化课程是实践性极强的科目,目前该课程所用教材大多存在形式单一、信息化资源配套不丰富、学生参与度低等问题,因此新形态教材的开发与建设显得尤为迫切。本文结合电气自动化技术岗位《电气安装检修工》要求,对接维修电工国家职业技能标准,以校企合作为契机,开发以工作过程为导向的活页式教材,以培养电气自动化技术高素质技能型人才。

基于PLC构建电力巡检机器人自动化控制系统

该文对电力巡检机器人的自动化控制系统进行以PLC为基础的设计,提升电力调度的效率与安全性。基于PLC构建电力巡检机器人自动化控制系统总体架构,通过上位机接收操纵台传递的操作者信息以及下位机传递的温度、角度等状态信息,通过OPC通信程序将指令下发至下位机,下位机依据上位机下达指令,通过PID驱动控制器完成电力巡检机器人运动控制,利用模糊C均值聚类方法判别电力巡检机器人故障,将结果实时传送到上位机操纵台的显示器,及时反馈机器人的工作状态。实验结果表明,该系统可以控制机器人完成电力巡检,该系统应用后可有效检测机器人故障,使其具备优秀的避障能力,可实现上下位机实时通信。

基于教育生态学的产教融合创新生态系统构建——以电气工程及其自动化专业为例

随着信息及互联网技术的发展,高等教育面临着新形势。高校与其之外的社会子系统的联系愈加密切,需要从教育生态学的角度去重新审视高等教育。作为教育生态学的一个重要研究方向,产教融合得到了更多的重视。文章以电气工程及其自动化专业为例,在采用教育生态学理论对产教融合创新生态系统内涵和特征深入研究之后,重点探讨了电气工程及其自动化专业产教融合创新生态系统目前存在的问题、构建目标和路径,为建立电气工程及其自动化专业产教融合创新生态系统提供了方案支撑。

基于任务驱动法的继电保护综合实训在电气工程毕业实习中的应用

主要研究继电保护综合实训在电气工程及自动化专业毕业实习中的教学创新与实践。首先介绍了继电保护综合实训的背景和意义,详细描述了实施该实训教学的步骤和措施,包括实验设备的配置和连接,实验操作的流程等;其次,提出创新分解式任务驱动法,该方法将继电保护综合实训融入实习环节,使学生深入学习继电保护装置的工作原理和应用技术,提高其实际操作能力、问题解决能力;最后,论述了教学评价标准和实训报告要求。该综合实训教学创新对学生的素质提升和职业发展具有积极影响,对于电气工程及自动化专业毕业实习的改进和发展具有重要参考价值。

电气自动化系统对农业机械生产效率的影响与改进

随着科技的不断发展,农业机械化程度不断提高,电气自动化系统已成为提升生产效率的重要手段之一,能够有效提高农业生产过程中播种、施肥、灌溉等环节,降低生产成本,并且具有灵活性高、精度高等优势。然而,现有系统存在适应性不足、可靠性不高以及成本较高等问题,限制了其在农业生产中的广泛应用。因此,该文提出了通过引入先进的传感技术、优化控制算法以及加强设备与系统的集成等方式来改进电气自动化系统,有望进一步提升电气自动化系统在农业机械生产中的应用效果,推动农业生产效率的持续提升。