新書推薦：
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权力的文化与文化的权力：旧制度下的欧洲（1660—1789）
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售價：HK$
158.7
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穿透估值：读懂估值中的共识与博弈
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售價：HK$
90.9
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人设、流量与成交
》
售價：HK$
68.8
《
复利：全球顶尖投资者的31节认知与决策思维课
》
售價：HK$
103.4
《
最后的都铎：中世纪余晖下的宫廷爱欲与权力密码（女性写给女性的女性历史）
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售價：HK$
101.2
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窄门：纪德三部曲（插图珍藏版）
》
售價：HK$
158.7
《
工业机器人集成应用
》
售價：HK$
91.8
《
像大人一样生存，像孩子一样生活（小时候觉得开心就好，现在也是）
》
售價：HK$
56.4
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| 編輯推薦： |
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本书融入了编者工程实践的经验和总结，使读者掌握相关的设计内容、方法和步骤，为全面系统完成对应的电气工程设计打下良好基础。
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| 內容簡介： |
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本书为“十三五”普通高等教育规划教材。 本书共四篇21章，电气传动系统设计篇包括电气传动概述、电气传动系统的设计依据、电气传动系统方案设计、电气传动系统图纸设计、电气传动系统图纸审查、电气传动系统直流调速的设计、电气传动系统交流调速的设计，高层建筑电气工程设计篇包括高层建筑电气概述、高层建筑电气方案设计、高层建筑电气初步设计、高层建筑电气施工图设计、高层建筑电气图审查，变电站电气工程设计篇包括变电站概述、变电站主接线图设计、变电站电气布置图设计、变电站二次电气图设计、变电站防雷与接地设计、变电站用电和照明设计、变电站设计说明，PLC控制系统设计篇包括PLC控制系统设计基础、PLC控制系统设计实例。本书融入了编者工程实践的经验和总结，使读者掌握相关的设计内容、方法和步骤，为全面系统完成对应的电气工程设计打下良好基础。
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| 關於作者： |
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陈忠孝，男，西安工业大学电信学院，教授，硕士生导师，兼任陕西省自动化学会理事，从事电气工程和自动化方面教学和科研工作。 主要讲授课程7门；负责省级教学质量工程2项；负责和参加完成了教研项目5项；负责和参加完成了电气工程设计项目近20项；负责和参加完成了科研项目20余项；第一作者发表论文60余篇；授权专利近10项。 主编的《单片机原理与应用》教材获第三届中国大学出版社图书奖优秀教材二等奖
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| 目錄：
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前言 第一篇电气传动系统设计 第1章电气传动概述 ························································································· 3 1.1传动分类及电气传动 ··············································································· 3 1.2电气传动系统运动方程 ············································································ 4 1.3电气传动系统技术指标 ············································································ 7 习题1 ······································································································· 10 第2章电气传动系统的设计依据 ······································································· 11 2.1电气传动设计的基本依据 ······································································· 11 2.2防爆等级的要求 ··················································································· 12 2.3电磁兼容性的要求 ················································································ 14 2.4冷却方式的要求 ··················································································· 15 2.5温升的要求 ························································································· 16 2.6电气保护方式的要求 ············································································· 16 2.7绝缘的设计依据 ··················································································· 20 2.8接地的设计依据 ··················································································· 24 2.9线路的敷设要求 ··················································································· 25 习题2 ······································································································· 26 第3章电气传动系统方案设计 ·········································································· 27 3.1方案设计内容及步骤 ············································································· 27 3.2电机的选择 ························································································· 28 3.3电机控制器的选择 ················································································ 36 3.4工业现场总线 ······················································································ 47 3.5人机交互方式的选择 ············································································· 51 3.6控制器的选择 ······················································································ 53 习题3 ······································································································· 55 第4章电气传动系统图纸设计 ·········································································· 57 4.1项目代号组成的一般原则 ······································································· 57 4.2概略图设计 ························································································· 63 4.3电路图设计 ························································································· 64 4.4接线图设计 ························································································· 67 4.5布置图设计 ························································································· 69 4.6主要设备材料表 ··················································································· 72 习题4 ······································································································· 73 第5章电气传动系统图纸审查 ·········································································· 74 5.1器件及功能检查 ··················································································· 74 5.2接地检查 ···························································································· 75 5.3抗干扰设计检查 ··················································································· 75 5.4电动机的功率计算校验 ·········································································· 76 5.5调试前现场的检查 ················································································ 80 习题5 ······································································································· 81 第6章电气传动系统直流调速的设计 ································································· 82 6.1直流电机基本知识 ················································································ 82 6.2直流传动系统电源转换装置 ···································································· 85 6.3直流传动系统工程设计 ·········································································· 87 6.4步进电机的控制 ·················································································· 100 习题6 ······································································································ 103 第7章电气传动系统交流调速的设计 ································································ 104 7.1交流电机基本知识 ··············································································· 104 7.2交流传动系统电源转换装置 ··································································· 106 7.3交流传动常用方法 ··············································································· 112 习题7 ······································································································ 120 第二篇高层建筑电气工程设计 第8章高层建筑电气概述 ··············································································· 123 8.1概念 ································································································· 123 8.2高层建筑电气设计内容 ········································································· 124 8.3高层建筑电气设计依据 ········································································· 125 8.4高层建筑电气设计阶段 ········································································· 129 习题8 ······································································································ 129 第9章高层建筑电气方案设计 ········································································· 130 9.1方案设计内容和步骤 ············································································ 130 9.2收集与提供的相关资料 ········································································· 131 9.3确定编制依据 ····················································································· 132 9.4负荷容量估算 ····················································································· 132 9.5防雷设计方案 ····················································································· 133 9.6制定设计方案 ····················································································· 1339.7编制设计说明书 ·················································································· 135 习题9 ······································································································ 137 第10章高层建筑电气初步设计 ········································································ 138 10.1初步设计内容和步骤 ··········································································· 138 10.2收集与提供的相关资料········································································ 139 10.3确定编制依据 ···················································································· 140 10.4负荷计算 ·························································································· 141 10.5其他工程计算 ···················································································· 144 10.6编制设计说明书 ················································································· 146 10.7图纸设计 ·························································································· 152 10.8主要设备材料表 ················································································· 153 10.9概算 ································································································ 153 习题10 ···································································································· 154 第11 章高层建筑电气施工图设计 ····································································· 155 11.1施工设计内容和步骤 ··········································································· 155 11.2收集与提供的相关资料 ········································································ 156 11.3确定设计依据 ···················································································· 157 11.4编制设计总说明 ················································································· 158 11.5施工图设计 ······················································································· 162 11.6电气设备材料表 ················································································· 178 11.7预算 ································································································ 178 习题11 ···································································································· 179 第12章高层建筑电气图审查 ··········································································· 180 12.1图纸审查的必要性 ·············································································· 180 12.2规范的主要条款 ················································································· 180 12.3图纸审查 ·························································································· 203 习题12 ···································································································· 204 第三篇变电站电气工程设计 第13章变电站概述 ······················································································· 209 13.1基础知识 ·························································································· 209 13.2设计依据 ·························································································· 211 13.3所需知识 ·························································································· 216 13.4设计内容和方法 ················································································· 216 习题13 ···································································································· 218 第14章变电站主接线图设计 ··········································································· 219 14.1总的要求 ·························································································· 219 14.2变电站主接线设计 ·············································································· 219 14.3负荷计算和短路计算 ·········································································· 224 14.4变压器选择 ······················································································ 226 14.5高压电器选择 ··················································································· 227 习题14 ···································································································· 231 第15章变电站电气布置图设计 ········································································ 232 15.1变电站形式 ······················································································ 232 15.2变电站布置的要求 ············································································· 233 15.3布置图设计 ······················································································ 234 15.4资料图设计 ······················································································ 234 习题15 ···································································································· 235 第16章变电站二次电气图设计 ········································································ 236 16.1总的要求 ························································································· 236 16.2小母线设置 ······················································································ 237 16.3二次保护和计算 ················································································ 238 16.4二次电气接线图设计 ·········································································· 238 习题16 ···································································································· 242 第17章变电站防雷与接地设计 ········································································ 243 17.1防雷基本知识 ··················································································· 243 17.2建筑物防雷设计 ················································································ 244 17.3高压配电装置防雷设计 ······································································· 247 17.4接地装置设计 ··················································································· 247 17.5等电位连接设计 ················································································ 249 习题17 ···································································································· 250 第18章变电站用电和照明设计 ········································································ 251 18.1变电站用电 ······················································································ 251 18.2站动力用电 ······················································································ 251 18.3照明方式和灯具确定 ·········································································· 251 18.4灯具布置和照度计算 ·········································································· 252 18.5照明供电 ························································································· 252 18.6照明设计 ························································································· 252 习题18 ···································································································· 252 第19章变电站设计说明 ················································································· 254 19.1工程概况 ························································································· 254 19.2设计依据 ························································································· 254 19.3方案和方法 ······················································································ 254 19.4其他说明 ························································································· 254 19.5图例说明 ························································································· 254 习题19 ···································································································· 255第四篇PLC 控制系统设计 第20章PLC控制系统设计基础 ······································································· 259 20.1PLC控制项目总体实施阶段 ································································· 259 20.2PLC控制系统软硬件设计 ···································································· 260 20.3模拟调试与现场安装联调 ···································································· 266 20.4PLC控制系统资料归档与项目验收 ························································ 267 习题20 ···································································································· 268 第21章PLC控制系统设计实例 ······································································· 269 21.1项目工艺分析 ···················································································· 269 21.2项目控制方案设计 ·············································································· 271 21.3控制系统硬件设计 ·············································································· 272 21.4控制系统软件设计 ·············································································· 285 21.5控制系统调试与安装运行 ···································································· 292 21.6控制系统资料归档与项目验收 ······························································ 292 习题21 ···································································································· 292 参考文献 ········································································································ 293
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近年来，电气工程及其自动化方面的技术发展迅速，特别是在特高压、微电网、新能源发电、电力系统的自动化和智能化、设备的大容量和小型化及智能化、节能环保等方面得到了较大发展。我国在电气传动、大型风力发电、光伏发电、水力发电、核电等清洁能源利用方面成绩显著，特高压交、直流输电技术和建设处于世界领先地位，微电网技术和建设取得长足发展，全球能源互联网的建设也进入快车道，各行各业安全、高效、合理、环保使用电能的水平大幅提高，大大促进了我国能源产业的发展和保障作用，为可持续发展奠定了良好基础。 电气工程及其自动化专业所涉及的内容非常广泛，本书是在《电气工程设计讲义》基础上，仅就应用最多的电气传动系统、高层建筑电气工程、变电站电气工程、PLC电气控制系统四个方面的电气设计进行讲述。每篇讲述方法的侧重点不同，各有特点，融入了编者的工程实践经验。 本书由西安工业大学的老师编写，陈忠孝担任主编并负责统稿，高雅、张立广、任晶鼎、苗荣霞参与编写。其中第1～5章由高雅编写，第6、7章由张立广编写，第8～12章由陈忠孝编写，第 13～19 章由任晶鼎编写，第 20、21 章由苗荣霞编写。第 1～7 章，20、21 章由西安工业大学谭宝成教授审定，第 8～19 章由中国建筑西北设计研究院有限公司杜乐高级工程师（教授级）审定。 限于编者水平，加之时间仓促，难免存在不足之处，恳请广大读者批评指正。
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