A practical, hands-on approach to power distribution system reliability As power distribution systems age, the frequency and duration of consumer interruptions will increase significantly. Now more than ever, it is crucial for students and professionals in the electrical power industries to have a solid understanding of designing the reliable and cost-effective utility, industrial, and commercial power distribution systems needed to maintain life activities (e.g., computers, lighting, heating, cooling, etc.). This books fills the void in the literature by providing readers with everything they need to know to make the best design decisions for new and existing power distribution systems, as well as to make quantitative "cost vs. reliability" trade-off studies. Topical coverage includes: Engineering economics Reliability analysis of complex network configurations Designing reliability into industrial and commercial power systems Application of zone branch reliability methodology Equipment outage statistics Deterministic planning criteria Customer interruption for cost models for load-point reliability assessment Isolation and restoration procedures And much more Each chapter begins with an introduction and ends with a conclusion and a list of references for further reading. Additionally, the book contains actual utility and industrial power system design problems worked out with real examples, as well as additional problem sets and their solutions. Power Distribution System Reliability is essential reading for practicing engineers, researchers, technicians, and advanced undergraduate and graduate students in electrical power industries.
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这本《电力系统可靠性》的书脊设计朴实无华,但整体的装帧质量相当不错,纸张的质感也很厚实,翻阅起来手感很好,这至少说明出版方在图书的制作上是花了心思的。我通常喜欢在购买一本新书之前,先大致浏览一下目录和前言,这本书也不例外。虽然我无法直接看到书的具体内容,但仅从书名和通常的学术书籍结构来推测,它应该会包含大量的理论推导、模型分析和数据处理。我猜想书中可能会涉及到一些统计学和概率论的知识,因为“可靠性”这个概念本身就与随机事件和概率密切相关。我希望这本书能够提供一些比较前沿的研究方法和技术,比如一些先进的故障预测算法,或者是在极端天气条件下如何保障电力供应的策略。我尤其对书中关于风险管理的部分感到好奇,毕竟电力系统的稳定运行关系到社会经济的方方面面,一旦出现大规模的故障,后果不堪设想。我希望这本书能为我打开一扇通往电力系统安全运行的窗口,让我了解到那些潜在的风险是如何被识别、评估和控制的。
评分这本《电力系统可靠性》的封面设计倒是挺吸引人的,一种沉稳又不失力量感的蓝色调,搭配上清晰的字体,给人一种专业、可靠的印象。我当时在书店翻看的时候,就被它那种略带神秘感的标题所吸引。我一直对电力系统抱有极大的好奇心,特别是那种看不见摸不着却又维系着我们现代生活运转的强大网络。这本书的书名让我觉得它一定能深入浅出地讲解这个复杂而又至关重要的领域。我猜测它会从最基础的电力系统构成讲起,比如发电、输电、配电等环节,然后逐层深入,探讨在这些环节中可能出现的各种故障和不确定性。我非常期待能够看到书中对各种可靠性指标的介绍,比如可用率、可靠度、风险评估等等,这些术语听起来就很高深,但又觉得非常实用。我希望这本书能够提供一些生动形象的比喻或者案例,帮助我理解那些抽象的理论。毕竟,对于我这样一个非专业读者来说,技术性的书籍如果太过晦涩难懂,很容易让人望而却步。我希望这本书能够既有深度又不失可读性,让我能够真正地领略到电力系统背后那份严谨的科学逻辑和工程师们的智慧。
评分我看到《电力系统可靠性》的定价,觉得对于一本专业性的书籍来说,这个价格算是比较合理的。封面的设计风格比较简洁,没有过多的装饰,给人一种严谨、学术的感觉,这让我对这本书的内容充满了期待。我一直认为,电力系统是我们现代社会正常运转的基石,而“可靠性”则是衡量其健康状况最重要的指标之一。因此,我猜测这本书一定会对电力系统的各种运行模式、故障类型以及应对策略进行详尽的阐述。我尤其希望能够从书中了解到一些关于电力系统冗余设计和容错机制的原理。毕竟,任何一个复杂的系统都不可能做到百分之百的完美,但通过合理的冗余和备份,可以在一定程度上提高系统的鲁棒性,减少故障发生时的影响。我还对书中可能涉及到的关于设备老化、自然灾害等外部因素对电力系统可靠性影响的分析很感兴趣。了解这些,不仅能帮助我更全面地认识电力系统,也能为我在面对类似问题时提供一些思考的方向。
评分《电力系统可靠性》的排版看起来相当规整,字体清晰,章节划分合理,这给我留下了良好的第一印象。作为一名对现代科技发展充满兴趣的普通读者,我对电力系统一直抱有莫大的好奇,特别是它如何能在我们日常生活中提供如此稳定、持续的能源供应。这本书的书名让我联想到,它应该会深入探讨电力系统在面临各种挑战时,如何保持其“可靠性”。我猜测书中会涉及大量的技术细节,比如输电线路的冗余设计、变电站的自动切换系统、甚至是发电厂的应急预案等。我非常希望这本书能够解释清楚,那些看似理所当然的电力供应背后,究竟蕴含着多少科学原理和工程实践。我尤其对书中关于“风险分析”的部分感到期待,毕竟,任何一个庞大的系统都可能存在潜在的风险,而如何预见、评估并规避这些风险,正是保证其长期稳定运行的关键。这本书应该能为我提供一个更深层次的视角,去理解电力系统运行的复杂性和重要性。
评分当我第一次看到《电力系统可靠性》这本书时,我就被它那种专业而又具号召力的名字深深吸引了。在当今社会,电力作为现代文明的血液,其稳定供应的重要性不言而喻,而“可靠性”正是其核心价值的体现。我非常好奇这本书会以何种角度来阐述这个主题。我推测,书中很可能会从理论层面入手,详细介绍各种衡量电力系统可靠性的数学模型和评估方法,比如一些经典的概率模型、状态空间分析等。同时,我也期待书中能够结合实际工程案例,来生动地说明这些理论在实际应用中的价值。我希望能从中了解到,工程师们是如何通过精密的计算和设计,来保障电力系统在各种复杂工况下的稳定运行的。我尤其对书中关于故障诊断和修复策略的部分充满了兴趣。毕竟,当故障发生时,如何快速准确地找到问题并加以解决,是维持系统可靠性的关键。这本书应该会为我揭示电力系统背后那份严谨的科学逻辑和卓越的工程智慧。
评分I have only read Chap. 21 for learning about the topic of "voltage sags and surges in distribution networks", the useful parts are the IEEE standards and the survey conducted by Canadian Electricity Association.
评分I have only read Chap. 21 for learning about the topic of "voltage sags and surges in distribution networks", the useful parts are the IEEE standards and the survey conducted by Canadian Electricity Association.
评分I have only read Chap. 21 for learning about the topic of "voltage sags and surges in distribution networks", the useful parts are the IEEE standards and the survey conducted by Canadian Electricity Association.
评分I have only read Chap. 21 for learning about the topic of "voltage sags and surges in distribution networks", the useful parts are the IEEE standards and the survey conducted by Canadian Electricity Association.
评分I have only read Chap. 21 for learning about the topic of "voltage sags and surges in distribution networks", the useful parts are the IEEE standards and the survey conducted by Canadian Electricity Association.
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