微机变压器保护装置检验规程(LPF-900系列及WBZ-500型)

微机变压器保护装置检验规程(LPF-900系列及WBZ-500型) pdf epub mobi txt 电子书 下载 2026

出版者:
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页数:0
译者:
出版时间:1900-01-01
价格:29.0
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isbn号码:9781550834567
丛书系列:
图书标签:
  • 电力保护
  • 变压器保护
  • 微机保护
  • LPF-900
  • WBZ-500
  • 检验规程
  • 电力系统
  • 继电保护
  • 设备维护
  • 技术规范
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好的,这是一份关于微机变压器保护装置检验规程(LPF-900系列及WBZ-500型)的图书简介,内容专注于其他技术领域,不涉及您提供的书名内容。 --- 电力系统继电保护与自动化技术概览:从理论基础到智能应用 第一部分:电力系统基础理论与分析 本书深入探讨了现代电力系统的基本构成、运行原理及其面临的挑战。内容涵盖了电磁暂态过程的数学建模,特别关注发电机、输电线路和变压器在不同运行工况下的行为特性。详细阐述了交流电力系统中的潮流计算方法,包括牛顿-拉夫逊法和快速潮流法在实际电网调度中的应用,并结合MATLAB/Simulink环境进行仿真演示。 核心内容聚焦: 电力系统暂态稳定分析: 针对大扰动下的系统同步性问题,本书引入了等面积定则、滑移角判据以及更先进的暂态能量函数法。详细分析了故障类型(三相短路、单相接地等)对系统稳定裕度的影响,并讨论了通过快速励磁控制和阻尼控制来增强系统暂态稳定性的技术路线。 电力系统频率与电压控制: 深入解析了调频、调压的基本原理,包括一次、二次、三次调频的协调策略。书中对不同类型的调相机、静止补偿器(SVC)和统一潮流控制器(UPFC)的工作原理及对电网动态性能的影响进行了详尽的阐述。 电能质量问题: 这一章节重点关注谐波、电压波动、闪变等电能质量指标的测量、分析与治理。书中详细介绍了傅里叶变换在谐波分析中的应用,并探讨了主动滤波器(APF)和无源滤波器在抑制特定频率谐波方面的工程实践。 第二部分:高压电气设备绝缘与试验技术 本部分着重于电力设备的核心安全屏障——绝缘系统。内容覆盖了各类高压电气设备(如GIS、高压电缆、套管)的绝缘设计理念、介质特性及寿命评估。 核心内容聚焦: 绝缘介质物理化学特性: 探讨了SF6气体、变压器油以及固体绝缘材料(如环氧树脂、绝缘纸)在长期电场应力下的老化机制,包括树枝发展、偏心电荷积累和局部放电(PD)的形成过程。 高压电气设备的预防性试验规程: 详细介绍了对新投运及在役设备进行的所有关键试验,包括: 泄漏电流试验与介质损耗因数(tanδ)测量: 强调了温度校正和频率校正的规范流程。 感应耐压试验与直流耐压试验: 阐明了不同试验电压等级的选择依据以及试验结果的判断标准,尤其针对不同电压等级的输电线路和变压器。 局部放电测试技术: 介绍了超高频(UHF)法、声学法和光学法在实际运行状态下对设备内部缺陷的早期检测应用。 绕组变形分析: 针对电力变压器遭受短路冲击后,其内部绕组可能发生的机械变形问题,本书介绍了使用频响分析(FRA)技术对绕组进行无损评估的具体操作步骤和波形特征识别。 第三部分:智能电网与通信技术 面向未来电网的升级,本部分将视角转向了信息化与自动化技术在电力调度和运行中的集成应用。 核心内容聚焦: 配电自动化系统(DAS)的架构与应用: 阐述了配电网故障的快速隔离与自愈功能,包括故障定位、隔离刀闸的智能分合闸控制流程,以及基于通信网络的配电自动化主站(POMA)与现场终端单元(FTU/DTU)的数据交互标准。 电力系统安全稳定控制(SSCS): 深入解析了发电机组紧急停机(EDG)、功率系统稳定器(PSS)以及最优电力潮流(OPF)控制在电网稳定运行中的作用。重点讨论了如何通过优化控制策略来应对间歇性可再生能源接入带来的波动性。 先进测量基础设施(AMI)与数据处理: 介绍了智能电表的数据采集、海量数据存储(Data Lake)以及基于云计算平台进行负荷预测和需求侧管理的工程实现。探讨了数据加密和网络安全在电力信息系统中的重要性。 IEC 61850标准解析: 详细解读了IEC 61850系列标准在变电站自动化通信中的核心地位,特别是GOOSE(通用空投电信号)和SC(采样值)在高速控制和保护信息传输中的应用机制、报文结构和配置流程(SCL文件)。 结论: 本书旨在为电气工程、电力系统自动化专业的研究人员、技术人员和高级工程师提供一个全面且深入的技术参考框架,覆盖从基础电磁理论到前沿的智能电网控制策略的广泛领域,强调理论与工程实践的紧密结合。

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从技术层面上讲,这本书的核心价值一定在于其对微机变压器保护装置检验过程的细致描绘。我猜想,书中会详细介绍各种试验项目,例如直流电阻测量、绝缘电阻测量、介质损耗测试、以及不同类型保护功能的仿真试验等。对于LPF-900系列和WBZ-500型这两种型号,我特别好奇书中是如何根据它们各自的硬件配置和软件算法来定制检验方案的。例如,LPF-900系列可能采用了某种特定的微处理器架构,其检验过程中就需要针对该架构的特点进行优化。而WBZ-500型,或许在通信接口或人机交互方面有所不同,这也会影响到检验方法的选择。书中有没有可能提供一些实际案例,展示在实际现场检验中遇到的具体问题以及如何运用书中的知识来解决? 我也对书中关于试验数据的分析和判定标准非常感兴趣,毕竟,合格与否的界定往往取决于对试验结果的准确解读。它是否会提供详细的合格判据,例如电压、电流、时间等参数的允许偏差范围? Furthermore, the book's treatment of diagnostic tools and techniques used in conjunction with these protection devices, such as oscilloscopes, multimeters, and specialized testing software, would be a significant aspect. The potential inclusion of appendices featuring relevant national or international standards would further solidify its authority and utility. I am also curious about the book's perspective on the evolution of transformer protection technologies and how these specific models fit into the broader technological landscape. A well-structured index and table of contents would be essential for navigating such a comprehensive technical manual, allowing users to quickly locate information relevant to their specific needs. The book’s potential to empower technicians with the knowledge to conduct thorough and accurate inspections cannot be overstated, contributing directly to the reliability and longevity of critical power infrastructure.

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这本书的标题“微机变压器保护装置检验规程”直接表明了其内容焦点,我猜测它会涵盖从准备工作到最终报告撰写的全过程。对于LPF-900系列和WBZ-500型,书中是否会详细说明在进行现场检验前,需要对保护装置进行哪些预检查,例如外观检查、接线检查、以及通讯线路的连接确认? Furthermore, the book's potential to detail the process of setting up the testing environment, including the selection and calibration of appropriate test equipment, would be invaluable. I am also eager to understand the book's approach to testing the various protective functions within the device, such as overcurrent, overvoltage, and directional protection, and how to interpret the results of these tests. The book may also address the procedures for testing the device's self-monitoring and alarm functions, ensuring that any internal faults are promptly reported. The comprehensive nature of the testing protocols outlined in the book is expected to contribute significantly to the overall reliability and safety of the power grid. It would be helpful to know if the book provides examples of typical test reports and the essential information that should be included in them. The book's ability to guide users through a systematic and thorough inspection process is crucial for maintaining the operational integrity of critical power infrastructure.

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这本书的名字本身就传递出一种严谨和专业的信息,我猜测它的内容必然是围绕着“检验”这一核心展开的。对于LPF-900系列和WBZ-500型这两种具体的微机变压器保护装置,我好奇书中是如何界定“合格”与“不合格”的标准。这是否涉及到对各项电气参数、时序参数、以及逻辑功能的精确度进行量化评估?例如,对于过流保护,书中会给出怎样的速断、限时、限功率等参数的校验方法和允许误差范围?我特别想了解,书中是否会详细阐述在进行绝缘性能检验时,如何处理不同环境温度和湿度的影响,以及如何选择合适的试验电压和时间? Moreover, the book’s treatment of the electromagnetic compatibility (EMC) testing for these protection devices, ensuring they function correctly in the presence of external electromagnetic interference, would be a valuable inclusion. The book may also touch upon the procedures for verifying the functionality of communication interfaces and data logging capabilities, which are essential for remote monitoring and fault analysis. A thorough explanation of the safety precautions that must be observed during the testing of high-voltage equipment, including proper grounding and isolation procedures, would also be a critical component. The book's potential to provide a structured and systematic approach to the inspection of transformer protection systems contributes to the overall reliability and safety of the electrical grid. It would be insightful to discover if the book incorporates illustrations or diagrams that visually represent the testing setups and the connections required for each specific test. The book’s ability to instill confidence in the user’s ability to conduct thorough and accurate inspections is paramount for ensuring the integrity of critical power assets.

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从一个读者的角度来看,这本书的标题——“微机变压器保护装置检验规程(LPF-900系列及WBZ-500型)”——就预示着它提供的是一套标准化的、可操作的指南。我非常期待书中能够详尽地阐述,在对LPF-900系列和WBZ-500型这些保护装置进行日常或周期性检验时,需要遵循哪些步骤和顺序。这是否包括了对装置自身硬件故障的检测,比如电源模块、CPU模块、通信模块等关键部件的自检或外部测试? Furthermore, the book's potential coverage of the testing procedures for advanced protection functions, such as those related to generator-transformer units or specific network configurations, would be of particular interest. I am also keen to understand how the book addresses the validation of the protection device’s ability to withstand transient phenomena, like switching surges or lightning impulses, and the methods used to verify its performance under such conditions. The book might also include sections on the calibration of measuring channels and the verification of the accuracy of the recorded data, which are crucial for reliable fault analysis and post-event investigation. The book’s emphasis on the detailed documentation of test results, including test parameters, observed values, and compliance status, is likely to be a significant aspect, enabling effective record-keeping and future reference. The clear articulation of troubleshooting steps for common testing failures, along with the recommended corrective actions, would greatly enhance the practical utility of this manual. The book's potential to serve as a definitive reference for field technicians and engineers tasked with ensuring the operational integrity of transformer protection systems is undeniable.

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这本书的标题很明确地指向了“规程”,这意味着它应该是一份具有指导意义的、系统性的文件。我猜测,书中会详细列出针对LPF-900系列和WBZ-500型保护装置的各种检验项目,并为每个项目提供具体的试验方法、仪器设备要求、以及判定标准。例如,在进行差动保护检验时,书中是否会详细说明如何模拟不同类型故障(如两相短路、三相短路、接地短路)下的电流注入,以及如何通过比较保护装置的动作时间和定值来评估其性能? Furthermore, the book's potential inclusion of guidelines for performing tests on the protection device's control and signaling outputs, ensuring their correct operation and integration with the overall substation automation system, would be valuable. I am also curious about the book's approach to verifying the functionality of the device's internal clock and time synchronization capabilities, which are essential for accurate event sequencing and analysis. The book may also address the procedures for testing the device's firmware integrity and its resistance to unauthorized access or manipulation. The comprehensive nature of the testing procedures described in the book is expected to contribute significantly to the reliability and safety of power transformers. It would be beneficial to know if the book provides practical advice on the proper storage and handling of testing equipment to maintain its accuracy and longevity. The book's ability to standardize the inspection process across different personnel and locations is a key element in ensuring consistent quality and operational safety.

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我从书名中可以感受到这本书的严谨和专业性,它似乎为LPF-900系列和WBZ-500型微机变压器保护装置提供了一套标准化的检验流程。我很想知道,书中是如何科学地设计检验项目,以最大限度地覆盖可能出现的故障模式和装置性能的各个方面。例如,是否会包括对装置内部存储的历史故障信息进行读取和分析的环节,以评估其故障记录的准确性? Furthermore, the book's potential to explain the rationale behind each specific test, linking it to the fundamental principles of transformer protection, would greatly enhance its educational value. I am also interested in the book's guidance on the procedures for testing the device's communication capabilities with master stations or SCADA systems, ensuring seamless data exchange. The book may also cover the procedures for testing the device's response to various types of disturbances, such as voltage sags, swells, and frequency variations. The detailed instructions on how to perform each test safely and effectively are essential for preventing damage to the equipment and ensuring the safety of personnel. It would be beneficial to discover if the book offers a checklist of essential items to be verified during each stage of the inspection process. The book's contribution to establishing a consistent and reliable method for evaluating the performance of transformer protection systems is a vital aspect of maintaining the stability of the power grid.

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这本书的封面设计简洁大气,一眼就能看出其专业性,但对于我这样一位刚入行的技术爱好者来说,初次翻阅时还是会感到一丝挑战。它似乎详尽地阐述了微机变压器保护装置在不同工况下的检验流程与判定依据,特别是对LPF-900系列和WBZ-500型这两种型号的区分和针对性操作,必然包含了许多精细化的步骤和参数设置。我很好奇书中是如何将复杂的技术概念转化为易于理解的文字的,例如,关于差动保护的检验,是否会涉及到对瞬时性故障和永久性故障的区分,以及如何通过具体的试验来验证保护定值的准确性? 또, 과전압 보호 장치 검사 시 고려해야 할 다양한 환경 요인, 예를 들어 낙뢰 발생 가능성이나 외부 전기장 영향 등은 어떻게 설명되어 있을지 궁금합니다. Perhaps the book delves into the intricacies of testing the harmonic suppression capabilities of these devices, which is crucial for maintaining power quality in modern grids. I'm also eager to learn about the book's approach to addressing potential common failures and the diagnostic procedures involved in identifying their root causes. The inclusion of detailed schematics and fault simulation scenarios would undoubtedly enhance the practical applicability of the content. The depth of information required to ensure the reliable operation of such critical equipment suggests that this manual is likely to be an invaluable resource for field engineers and testing personnel alike, providing them with the confidence and competence to perform their duties effectively. It would be interesting to see if the book also touches upon the regulatory standards and industry best practices that govern the testing of transformer protection systems, thereby ensuring compliance and safety.

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作为一名对电力系统稳定性充满好奇的读者,这本书无疑提供了一个深入了解变压器保护装置运作机理的绝佳机会。我推测,书中对于不同类型故障的辨识和保护动作的逻辑处理会进行深入剖析,尤其是在LPF-900系列及WBZ-500型这两款设备上,它们是如何通过算法来实现对过电流、过电压、接地故障、甚至内部故障(如瓦斯保护)的灵敏检测和快速响应的,这让我充满期待。此外,书中对这些装置的检验规程,是否包含了对这些保护功能的定值校验,以及如何通过仿真信号来验证其动作的准确性和可靠性? 我很想知道,这本书是如何详细描述如何进行这些仿真试验的,例如需要使用哪些信号发生器,以及如何设置信号的参数。 对于那些可能出现的误动作或拒动情况,这本书是否也提供了相应的分析和处理方法? An in-depth exploration of the protection settings for various transformer configurations and operating conditions, tailored to the specific features of the LPF-900 and WBZ-500 models, would be highly beneficial. The book might also address the importance of routine maintenance and periodic testing of these protection devices to ensure their continued optimal performance over time. It would be valuable to understand if the book offers guidance on the proper procedures for updating firmware or software for these protection devices, as this is a common practice in the field. The book's potential to serve as a foundational text for training new engineers in the intricacies of transformer protection system testing is considerable, equipping them with the necessary skills and knowledge for critical infrastructure management. The clarity of the language used, even when discussing complex technical aspects, will be a crucial factor in its overall effectiveness and accessibility to a wide range of readers within the power engineering domain.

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对于关注电力系统安全稳定运行的人来说,这本书的价值不言而喻,它很可能提供了一套详尽且实用的操作指南,用以确保LPF-900系列和WBZ-500型这类关键的变压器保护装置能够准确无误地发挥作用。我特别想了解,书中是如何科学地界定各种检验项目的优先级和频率的,例如,哪些是必须在每次停电检修时进行的,哪些可以按年或按季进行。 Furthermore, the book's potential to offer insights into the diagnostic procedures for identifying the root causes of protection malfunctions, rather than just confirming their presence, would be highly appreciated. I am also interested in the book's treatment of the testing of communication protocols used by these protection devices, such as IEC 61850, and how to verify their interoperability with other substation equipment. The book may also cover the procedures for testing the device's surge withstand capabilities and its immunity to voltage fluctuations and harmonics. The meticulous attention to detail in describing the testing methodologies and the expected outcomes is crucial for ensuring the effectiveness of the protection systems. It would be useful to learn if the book offers guidance on the proper use of personal protective equipment (PPE) when performing tests on high-voltage equipment. The book's role in promoting best practices for the inspection and maintenance of transformer protection systems is vital for preventing catastrophic failures and ensuring the continuous supply of electricity.

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这本书的标题“微机变压器保护装置检验规程”让我联想到了一份非常实用的操作手册,它应该能够指导用户如何对LPF-900系列和WBZ-500型这些设备进行细致的检查和测试。我尤其好奇书中是如何强调安全第一的原则,比如在进行高压测试时,需要注意哪些安全距离,以及如何正确使用绝缘工具和接地设备。 Furthermore, the book's potential to provide practical tips on troubleshooting common issues encountered during the testing of these protection devices would be highly valuable. I am also keen to understand the book's approach to verifying the accuracy of the device's internal measurements, such as voltage, current, and frequency, and how to perform calibration if necessary. The book may also address the procedures for testing the device's power supply and its ability to operate under varying input voltage conditions. The structured format of the book, with clear headings and subheadings, is expected to facilitate easy navigation and quick access to specific information. It would be helpful to know if the book includes a glossary of technical terms and abbreviations commonly used in the field of transformer protection. The book's role in ensuring the consistent and accurate evaluation of transformer protection systems is critical for preventing costly failures and maintaining the reliability of the power supply.

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