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.

Review of Power Supply and Distribution Construction Technology for Highway Electromechanical Engineering

In recent years,China has made significant progress in the construction of highways,resulting in an improved highway network that has provided robust support for economic and social development.However,the rapid expansion of highway construction,power supply,and distribution has led to several challenges in mechanical and electrical engineering technology.Ensuring the safe,stable,and cost-effective operation of the power supply and distribution system to meet the diverse requirements of highway operations has become a pressing issue.This article takes an example of a highway electromechanical engineering power supply and distribution construction project to provide insight into the construction process of highway electromechanical engineering power supply and distribution technology.

Progress of Journal 'Advanced Technology of Electrical Engineering and Energy'

The paper has introduced the Journal 'Advanced Technology of Electrical Engineering and Energy',presented its main journal evaluation indexes. The result indicates that the journal has made great progress in recent years. It gives much info. about the journal to authors.

Statistics and Analysis on Papers Published on Journal ‘Advanced Technology of Electrical Engineering and Energy’

The paper presented the statistics and analysis on papers published on the journal 'Advanced Technology of Electrical Engineering and Energy' from 1996 to 2008: the paper acceptance rate,the paper category,the first author's affiliations,the top 7 first authors,the top 10 coauthors and also the journal evaluation indexes of the journal.It offers details of the journal to anyone interested,especially to our editorial board and our broad readers.

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.

Application Strategies of BIM Technology in Highway Electromechanical Engineering

The transportation system is vital for social and economic development.With the rapid economic development,the demand for highways has been increasing.Mechanical and electrical engineering is a crucial part of highway construction,affecting the expressway’s later use.Applying building information modeling(BIM)technology in highway electromechanical engineering allows for the visibility and simulation of mechanical and electrical engineering construction,providing scientific guidance for construction.In this research,the author analyzes the advantages of BIM technology in highway electromechanical engineering and the basic composition of electromechanical engineering.The research proposes strategies and cases for applying BIM technology in highway electromechanical engineering.The ultimate goal of this research is to improve the construction of highways in terms of electromechanical engineering.

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.

Open-Innovation in the Electrical and Electronic Industries: Engineered Bio-Fluid Compositions Are Paving the Way, and Testing Therewith

Engineered Biofluids are paving the way to industrialized and specifically produced and tailored functional fluids such as coolant and dielectric, high purity traceable media, for the electrical and electronic industries. Dielectric fluid compositions are commonly used in electrical devices, particularly in transformers. These liquids have the aim to isolate the various conductive elements of the device and to limit the heating of the equipment during its operation;in order to minimize, or maintain at higher power, the size of the device and to increase the lifespan of it. Concomitantly a number of bio and traditional processing advancements are made associated with pioneering process technologies which are outlined within the prime context of this paper. Enzyme Engineering and Cocktailing add “A New Dimension to Softer Greener Chem-Bio Approaches” which are referenced beyond curiosity purpose. Some of them are possibly “revolutionary” more than evolutionary. Testing has to evolve accordingly to appreciate the challenges ahead in semi-extreme conditions which are relevant to climate changes as well. A significant part of this orientation work addresses and exemplifies these necessary testing innovations, likely adaptable to smart and responsive connecting, and further down the line bigger data role and learning machine evolutionary concepts. One other innovative part of this exploratory work, is the influence that such illustrative localized testing, with integrated sensors/induced-tracers, and online interpretation, may have on the smart grid developments;whereby production, transmission, distribution and consumption of energy can be made more reliable, more effective and more predictive and can also have an impact on the performance, reliability and sustainability of the equipment itself. Those technologies and associated testing can support environmental, technological and societal awareness;helping to revert some trends being climate changes, fossil fuel preservation and other planetary challenges to maintain the overall and localized fundamental equilibriums.

Automated Autonomous Vehicles: Prospects and Impacts on Society

All automobile manufacturing companies, Google and Microsoft have announced recently their production of the Fully Automated Autonomous Vehicles (FAAVs), otherwise known as driverless cars. A few FAAVs would be available in the market as early as in 2018, but mostly in 2020’s. When FAAVs will be available to and become affordable by the average consumers, the implications to the society would be far reaching. The purpose of the paper is to examine the prospect of the popularity of FAAVs and their socio-economic implications to the future society of the World. The paper examines potential impacts on selected sectors of the society including changes in demand for automobiles, its impact on the use of oil, on the environment, and on urban land uses, to list a few.

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。

“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。

海洋平台建造甲板板识别技术研究

当前自动化技术蓬勃发展,已经广泛应用到工业生产、金融、安防以及交通领域,极大地推动了包括制造业在内的众多行业的转型发展。同样的,用于海洋平台甲板片预制也在积极的进行自动化改造,想要实现甲板片预制作业自动化,如何识别甲板板是必须要面对的问题,识别甲板板主要难点在于甲板板尺寸较大,想要准确识别大尺寸工件,需要对识别方案进行相应的设计。本文在充分了解国内外识别技术发展现状的基础上,提出了视觉识别、标签识别等方案。针对以上方案,进行了详细的优缺点对比。实现识别技术在甲板片预制作业的应用,将有效地提高车间工作效率,也将为制造业其他类似作业内容提供新的思路。

基于5G技术的舰船电力调度自动化系统研究

考虑舰船电力系统线路复杂、设备多样,调度数据冗杂且规模巨大,在此情况下为实现舰船电力系统快速、有效自动化调度,设计基于5G技术的舰船电力调度自动化系统。系统使用由RTU远动终端设备采集电力系统的线路、设备运行信息后,由5G通信网关发送至调度器;调度器结合目前电力系统运行信息,使用基于线性求解器的电力系统自动化调度模型,构建以快速实现断电负载故障合理恢复为调度目标的目标函数,由线性求解器自动化求解满足目标函数条件的电力系统开关动作方案,以故障重构的方式实现舰船电力调度自动化管理。实验中该系统调度下,舰船电力系统失电负荷为0 kW,5G通信网络的整体效用值不受调度数据业务数据包数量的约束,高达0.9,能够稳定、高效地支持大规模调度数据的传输。

基于TAM-CPV模型的共享电单车持续使用意愿分析

深入剖析共享电单车的使用因素,增强共享电单车用户持续使用意愿对促进共享电单车健康有序发展、提升投放管理精细化水平至关重要。以技术接受模型(technology acceptance model,TAM)为基础,引入感知价值理论(customer perceived value,CPV)中的感知愉悦性、感知风险,并引入感知成本因素;构建基于TAM-CPV模型的共享电单车持续使用意愿模型;以重庆市共享电单车运营的监管数据、现场调查数据和网络调查数据为基础,综合运用SPSS、AMOS软件对结构方程模型开展检验及分析。研究结果表明:感知易用性是影响持续使用意愿的最显著正向因素,感知愉悦性次之,感知成本是唯一负向影响因素;这预示着政府管理部门应当注重共享电单车投放点的合理性,企业应当注重共享电单车APP的使用体验、计费规则。

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。

智能自动化技术在汽车工程中的应用

在当今时代,人工智能技术作为一项革新性的技术,已在汽车工程领域中得到了广泛的应用。这项技术的应用不仅改变了汽车工程的面貌,还为其带来了前所未有的机遇。本文从多个角度探讨人工智能技术在汽车工程中应用的必要性、存在的问题及提升策略,以期能够促进汽车工程智能化、自动化水平的提升,推动汽车产业长远健康发展。

电气工程及其自动化专业实践教学体系建设探索

依据工程教育专业认证标准,对池州学院电气工程及自动化专业的实践教学提出改革策略。厘清在日常实践教学中的实践教学机制、实验设备及实验项目和实践教学方法等方面与工程专业认证标准之间的差距,逐步加以改革和纠正。加强与地方电力公司和电气设备生产厂家等企业深入合作,共同构建校内实训中心、校外实践教学基地和产学研合作平台。加强实践教学师资队伍的建设,提升教师的科研和实践创新能力。加强实践教学监控体系建设,保证所进行的实践教学能及时反馈给学校管理层,作出应对策略和调整方案。

基于自动化技术的机床电气控制系统改造的设计分析

现代工业发展对工作设备的要求较高,包括机床在内,这为其电气控制系统改造、自动化技术的应用提供了空间。以基于自动化技术的机床电气控制系统改造优势为切入点,分析其设计思路、设计实现方法,包括通信系统、感知系统、决策系统等,并结合模拟实验对上述内容进行论证。最后就自动化技术下机床电气控制系统改造进行展望,服务后续有关工作。