电气专业英文文
电气专业中英文词典
无功损耗：active loss 输电系统 power transmission system 高压侧 high side 输电线 transmission line 高压: high voltage 低压：low voltage 中压：middle voltage 功角稳定 angle stability 稳定 stability 电压稳定 voltage stability 暂态稳定 transient stability 电厂 power plant 能量输送 power transfer 交流 AC 直流 DC 电网 power system 落点 drop point 开关站 ຫໍສະໝຸດ Baiduwitch station 调节 regulation 高抗 high voltage shunt reactor 并列的：apposable 裕度 margin 故障 fault 三相故障 three phase fault 分接头：tap 切机 generator triping 高顶值 high limited value 静态 static (state) 动态 dynamic (state) 机端电压控制 AVR 电抗 reactance 电阻 resistance 功角 power angle 有功（功率） active power 电容器：Capacitor 电抗器：Reactor 断路器：Breaker 电动机：motor 功率因数：power-factor 定子：stator 阻抗：impedance 功角：power-angle 电压等级：voltage grade 有功负载: active load PLoad
电气工程及其自动化专业英文简历范文
Personal Information
Name: liu sir Gender: Male
Birth Date: Sep. 1976 Birth Place: Shao yang Hunan
University: Harbin Institute of Technology Degree: Bachelor
Contact: 0
Education Background Undergraduate 4-year degree in Electrification Engineer Dept.
The courses including: Advanced Maths, College English,
Engineering Chart, Electric Circuit Theory, Electron Technology, Manufacture-art, Electromotive-control.
Jul. 2000—Present Midea Holding Co., Ltd (Welling Branch )
Worked as Project Engineer & Technology Support Engineer
Familiar with AC motor structure and elements, have the working experience in electronics, Design DC motor according to the customer’s request and make confirmation sample motor, cooperate with sale engineer to negotiate with customer. experience in dealing with Gree, Le hua, Zhi gao etc.
电气专业英文文献
电气专业英文文献
An Expert System for Transformer Fault Diagnosis Using Dissolved Gas Analysis
1. INTRODUCTION
The power transformer is a major apparatus in a power system, and its correct functioning its vital to minimize system outages, many devices have evolved to monitor the serviceability of power transformers. These devices, such as, Buchholz relays or differential relays, respond only to a severe power failure requiring immediate removal of the transformer from service, in which case, outages are inevitable. Thus, preventive techniques for early detection faults to avoid outages would be valuable. In this way, analysis of the mixture of the faulty gases dissolved in insulation oil of power transformer has received worldwide recognition as an effective method for the detection of oncipient faults. Many researchers and electrical utilities have reported on their experience and developed interpretative criteria on the basis of DGA. However, criteria tend to vary from utility to utility. Therefore, transformer diagnosis is still in the heuristic stage. For this reason, knowledge-based programming is a suitable approach to implement in such a diagnostic problem.
电气术语中英文对照表
电气术语中英文对照表电气术语中英文对照表 - 电路的基本概念及定律电路的基本概念及定律 电源 source
电压源 voltage source
电流源 current source
理想电压源 ideal voltage source
理想电流源 ideal current source
伏安特性 volt-ampere characteristic
电动势 electromotive force
电压 voltage
电流 current
电位 potential
电位差 potential difference
欧姆 Ohm
伏特 V olt
安培 Ampere
瓦特 Watt
焦耳 Joule
电路 circuit
电路元件 circuit element
电阻 resistance
电阻器 resistor
电感 inductance
电感器 inductor
电容 capacitance
电容器 capacitor
电路模型 circuit model
参考方向 reference direction
参考电位 reference potential
欧姆定律 Ohm ’s law
基尔霍夫定律 Kirchhoff ’s law
基尔霍夫电压定律 Kirchhoff ’s voltage law （KVL ） 基尔霍夫电流定律 Kirchhoff ’s current law （KCL ） 结点 node
支路 branch
回路 loop
网孔 mesh
支路电流法 branch current analysis
网孔电流法 mesh current analysis
电气专业英语(中英文对照表)
电气专业英语AGC Automatic Generation Control 自动发电控制
AMR Automatic Message Recording 自动抄表
ASS Automatic Synchronized System 自动准同期装置
ATS Automatic Transform System 厂用电源快速切换装置AVR Automatic Voltage Regulator 自动电压调节器
BCS Burner Control System 燃烧器控制系统
BMS Burner Management System 燃烧器管理系统
CCS Coordinated Control System 协调控制系统
CRMS Control Room Management System 控制室管理系统CRT Cathode Ray Tube 阴极射线管
DAS Data Acquisition System 数据采集与处理系统
DCS Distributed Control System 分散控制系统
DDC Direct Digital Control 直接数字控制（系统）
DEH Digital Electronic Hydraulic Control 数字电液(调节系统) DPU Distributed Processing Unit 分布式处理单元
EMS Energy Management System 能量管理系统
ETS Emergency Trip System 汽轮机紧急跳闸系统
EWS Engineering Working Station 工程师工作站
电气自动化专业英文词汇及缩写
电力系统 power system沟通 AC阻抗 impedance
发电机 generator直流 DC功角 power-angle
励磁 excitation电网 power system电压等级 voltage grade
励磁器 excitor落点 drop point有功负载 : active load PLoad 电压 voltage开关站 switch station无功负载 reactive load
电流 current调理 regulation档位 tap position
升压变压器 step-up高抗 high voltage shunt电阻 resistor
transformer reactor电抗 reactance
母线 bus并列的 apposable电导 conductance
变压器 transformer裕度 margin电纳 susceptance
空载消耗 no-load loss故障 fault上限 upper limit
铁损 iron loss三相故障 three phase fault下限 lower limit
铜损 copper loss分接头 tap正序阻抗 positive sequence
空载电流 no-load current切机 generator triping impedance
有功消耗 active loss高顶值 high limited value负序阻抗 negative sequence 无功消耗 reactive loss静态 static (state)impedance
介绍电气专业的英语作文100词
介绍电气专业的英语作文100词英文回答：
Electrical Engineering is a broad field that encompasses the design, development, and operation of electrical systems and components. It involves the study and application of electricity, electromagnetism, and electronics to a wide range of industries and technologies. Electrical engineers play a vital role in the development of various technologies, including power generation and distribution systems, electronic devices, telecommunications networks, and automation systems. They work in various sectors, including energy, manufacturing, transportation, and healthcare.
Electrical engineers design, analyze, and test
electrical systems and components to ensure their functionality, safety, and efficiency. They use their knowledge of circuit theory, electromagnetic theory, and power systems to optimize the performance of electrical
电气工程专业常用英语
电力系统power system 发电机generator 励磁excitation
励磁器excitor 电压voltage 电流current
升压变压器step-up transformer 母线bus 变压器transformer
空载损耗：no-load loss 铁损：iron loss 铜损：copper loss
空载电流：no-load current 无功损耗：reactive loss 有功损耗：active loss
输电系统power transmission system
高压侧high side 输电线transmission line
高压: high voltage 低压：low voltage 中压：middle voltage
功角稳定angle stability 稳定stability 电压稳定voltage stability
暂态稳定transient stability 电厂power plant 能量输送power transfer
交流AC 直流DC 电网power system
落点drop point 开关站switch station 调节regulation
高抗high voltage shunt reactor 并列的：apposable 裕度margin
故障fault 三相故障three phase fault 分接头：tap
切机generator triping 高顶值high limited value 静态static (state)
电气专业英文作文
电气专业英文作文
As an electrical engineering major, I am fascinated by the way electricity powers our world. From the circuits in our phones to the power grid that keeps our cities running, electricity is everywhere and I want to understand it all.
I love the hands-on aspect of electrical engineering. There's something so satisfying about designing a circuit on paper and then actually building it in the lab. It's
like bringing your ideas to life and seeing them work in the real world.
One of the most challenging parts of studying
electrical engineering is the math. It can be really tough to wrap your head around all the complex equations and calculations, but when you finally solve a difficult problem, it's incredibly rewarding.
电气专业求职英文自我介绍简短
电气专业求职英文自我介绍简短
Electrical Engineering Professional Seeking Opportunities.
Hello, I am an electrical engineering professional with a passion for innovation and a strong background in problem-solving. Throughout my academic and professional journey, I have honed my skills in electrical design, systems analysis, and project management, all while maintaining a keen eye for detail and a commitment to excellence.
My educational journey began at [Your University Name], where I obtained my bachelor's degree in electrical engineering. During my time there, I gained a solid foundation in electrical theory and hands-on experience through various projects and internships. One such project involved developing a smart metering system for energy monitoring, which not only honed my technical skills but also taught me the importance of teamwork and project
(完整版)电气专业英文文献
An Expert System for Transformer Fault Diagnosis Using Dissolved Gas Analysis
1. INTRODUCTION
The power transformer is a major apparatus in a power system, and its correct functioning its vital to minimize system outages, many devices have evolved to monitor the serviceability of power transformers. These devices, such as, Buchholz relays or differential relays, respond only to a severe power failure requiring immediate removal of the transformer from service, in which case, outages are inevitable. Thus, preventive techniques for early detection faults to avoid outages would be valuable. In this way, analysis of the mixture of the faulty gases dissolved in insulation oil of power transformer has received worldwide recognition as an effective method for the detection of oncipient faults. Many researchers and electrical utilities have reported on their experience and developed interpretative criteria on the basis of DGA. However, criteria tend to vary from utility to utility. Therefore, transformer diagnosis is still in the heuristic stage. For this reason, knowledge-based programming is a suitable approach to implement in such a diagnostic problem.
电气相关英文作文
电气相关英文作文
英文：
As an electrical engineer, I have always been fascinated by the power of electricity and its applications in our daily lives. Electrical engineering is a vast field that encompasses everything from power generation and distribution to the design of consumer electronics and control systems.
One of the most interesting aspects of electrical engineering is the ability to design and optimize power systems. This involves understanding the physics of electricity and how it behaves in different environments, as well as developing innovative solutions to improve efficiency and reliability. For example, I have worked on projects to design and implement smart grid systems that can automatically adjust power distribution based on real-time demand, reducing waste and improving overall performance.
电气自动化专业英文词汇及缩写
电力系统 power system 发电机generator 励磁 excitation 励磁器 excitor 电压 voltage 电流 current
升压变压器 step-up transformer 母线 bus 变压器transformer
空载损耗 no-load loss 铁损iron loss 铜损 copper loss 空载电流 no-load current 有功损耗 active loss 无功损耗reactive loss
输电系统 power transmission system 高压侧 high side 输电线 transmission line
高压 high voltage 低压 low voltage 中压 middle voltage 功角稳定 angle stability 稳定 stability 电压稳定
voltage stability
暂态稳定 transient stability 电厂 power plant 能量输送power transfer
交流 AC 直流 DC 电网 power system
落点 drop point 开关站
switch station 调节regulation 高抗 high voltage shunt
reactor 并列的 apposable 裕
度 margin
故障 fault 三相故障 three
phase fault 分接头 tap
切机 generator triping 高顶
值 high limited value 静态
电气专业英文(单词)
电压源 voltage source
电流源 current source
理想电压源 ideal voltage source
理想电流源 ideal current source
伏安特性 volt-ampere characteristic 电动势 electromotive force
电压 voltage
电流 current
电位 potential
电位差 potential difference
欧姆 Ohm
伏特 Volt
安培 Ampere
瓦特 Watt
焦耳 Joule
电路 circuit
电路元件 circuit element
电阻 resistance
电阻器 resistor
电感 inductance
电感器 inductor
电容 capacitance
电容器 capacitor
电路模型 circuit model
参考方向 reference direction
参考电位 reference potential
欧姆定律Ohm’s law
基尔霍夫定律Kirchhoff’s law
基尔霍夫电压定律Kirchhoff’s voltage law（KVL）基尔霍夫电流定律Kirchhoff’s current law（KCL）结点 node
支路 branch
回路 loop
网孔 mesh
支路电流法 branch current analysis
网孔电流法 mesh current analysis
结点电位法 node voltage analysis
电源变换 source transformations
电气英文翻译
目录
电气自动化英文翻译常用专业词汇翻译-义乌翻译公司
发布时间：2009-12-17 浏览次数：784 来源：发布人：义乌翻译公司
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A
able [`eibl] adj.能够
abnormal [Qb`n•:m«l] adj.异常
abort [«`b•:t]中断,停止
absent [`Qbs«nt] adj. 不在的，缺少的
acceleration [Qk.sel«`reiS«n] n. 加速，加速度access [`Qkses] vt. 存取,进入，接近
action [`QkS«n]. 动作
actuator [`Qktjueit«]n.操作(执行)机构,执行器
address [«`dres] 地址
adjust [«`dÎÃst] 调整，校正
adjustable wrench 活扳手
adjustable [«`dÎÃst«bl] 可调整的
adjusting screw 调整螺钉
adjustment [«`dÎÃstment] 调节、调节装置
air compressor空压机[k«m`pres«] 压缩机
air exhaust fan排气扇[ig`z•:st] 排气，抽完
air [e«]风，空气
alarm [«`lam] 报警
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Introduction to Intelligent Buildings
T.Nikolaou, D. Kolokotsa, G.Stavrakakis
INTELLIGENT BUILDINGS: THE GLOBAL FRAMEWORK Sustainability is a term that has become an integral part of our vocabulary. By this word we understand the protection of the ecosystem through protection of its resources. The economic sustainability of buildings can be divided into two parts: the investment, which in the case of buildings and buildings stocks should be considered as long term resource productivity problem, and the running costs. Instead of minimizing the investment cost through low cost highly customized solutions, it is preferable to find for a given investment the solution which has the highest durability and reusability. Solutions which can be repaired and used in several ways have the highest long term potential. On the other hand, solutions with low energy consumption, easy to clean, to operate and easy to maintain have generally low running costs (and a feasibly low environmental impact at the same time).
The social and cultural aspects of sustainability include comfort, wellbeing and safety of the building occupants. Human health protection, which is often wrongly associated with protection of the ecosystem, is in fact much more closely related to comfort problems (indoor air quality, etc.). The protection of cultural resources, above all building stocks and historic urban systems, protected biotopes and man-made landscapes gives a common framework for architecture, city planning, regional planning and landscape architecture. Environments which have a high cultural and social quality do not become obsolete.
During its life cycle, which can vary from some months to hundreds of years, a building consumes resources from nature, produces large quantities of emissions and affects the ecosystem in many different ways. In addition to the general objective of maximizing the quality of a building, the design process should also aim at minimizing the resource consumption and the emissions due to the construction, operation, maintenance, refurbishment and disposal process. One of the possible actions is to maximize the closed loops, i.e. the reuse or recycling of building elements and materials, heat recovery and the multiple use of water. To reduce the environmental impact means to reduce the mass and energy flows and raise at the same time the overall quality of a building. It does not mean to reduce the comfort level or the indoor quality.
The most important factor that threatens the sustainability of the planetary ecosystem as we know it, is the accumulation in the atmosphere of the 'greenhouse gases'. This is causing the planet to warm, and is producing climate changes that may be irreversible. These climate changes are already occurring at a rate, which exceeds the adaptive capacity of some of the earth's bio systems [1].
The most important greenhouse gas is carbon dioxide, and the increase in its concentration is mainly because of the quantities which are being discharged into the atmosphere due to the burning of fossil fuels.