电机系统节电资源调查与评估

丛书前言本书前言**章 概述 ···················································································· 1**节 电机系统节能概述 ··························································· 2第二节 电机系统的现状、能耗水平及发展趋势 ································ 3第三节 电机系统节电资源调查的相关概念和要求 ····························· 7第四节 我国电机系统节电资源调查的潜力估计 ······························· 10第五节 电机系统节能和需求侧管理之间的关系 ······························· 10第二章 电机及其系统节能技术 ·························································· 12**节 影响电机系统运行效率的因素 ··········································· 12第二节 电机与系统的节能技术 ···················································· 16第三节 电机本体节能技术 ·························································· 23第四节 电机系统节能技术 ·························································· 27第五节 电机系统与拖动设备、运行 工况匹配技术节能技术 ··············· 41第六节 电机系统其他节能技术 ···················································· 44第三章 电机系统电耗调查 ································································· 50**节 电机系统电耗调查的主要 对象及其确定依据 ························ 50第二节 电机系统电耗调查工作流程 ·············································· 51第三节 电机系统电耗调查表设计 ················································· 52第四节 电机系统电耗数据现场测试记录 ········································ 59第四章 电机系统节电资源潜力评估方法 ·············································· 62**节 电机系统节电技术的选择 ················································· 62第二节 电机系统节电潜力评估的基本注意事项 ······························· 63第三节 电机系统节电潜力评估的其他注意事项 ······························· 64第四节 高效电机置换的节电资源潜力计算方法与模型 ······················ 66第五节 电机系统改造的节电资源潜力计算方法与模型 ······················ 68第六节 电机系统节电资源开发经济性分析 ····································· 70第五章 电机拖动典型负载系统节电资源调查案例 ·································· 73**节 泵系统节电资源调查案例 ················································· 73第二节 风机系统节电资源调查案例 ·············································· 87第三节 空气压缩机系统节电资源调查案例 ····································· 97第四节 传动系统节电资源调查案例 ············································ 108参考文献 ······················································································· 136