作者：中国电力科学研究院
页数：192
出版社：中国电力出版社
出版日期：2014
ISBN：9787512366237
电子书格式：pdf/epub/txt
内容简介
本书包括电能替代技术案例30个，节能技术案例30个。每篇案例包括实话背景、技术及设备情况、实施过程、实施成效及推广前景四个部分组成。采用图配文形式，在文字叙述的同时，穿插一些技术、设备等的实景照片，以及一些图示化的表格，以更好地表现案例内容和成效，具有可操作性和可复制性。
本书特色
《电能替代和节能技术典型案例集》包括电能替代技术案例30个，节能技术案例30个。每篇案例包括实话背景、技术及设备情况、实施过程、实施成效及推广前景四个部分组成。采用图配文形式，在文字叙述的同时，穿插一些技术、设备等的实景照片，以及一些图示化的表格，以更好地表现案例内容和成效，具有可操作性和可复制性。
目录
前言
电能替代技术篇
集中电采暖电能替代技术典型案例（一） ······································ 3
集中电采暖电能替代技术典型案例（二） ······································ 9
分散电采暖电能替代技术典型案例（一） ···································· 16
分散电采暖电能替代技术典型案例（二） ···································· 25
热泵电能替代技术典型案例（一） ············································· 33
热泵电能替代技术典型案例（二） ············································· 40
热泵电能替代技术典型案例（三） ············································· 48
热泵电能替代技术典型案例（四） ············································· 53
热泵电能替代技术典型案例（五） ············································· 62
热泵电能替代技术典型案例（六） ············································· 69
水蓄冷电能替代技术典型案例 ··················································· 75
电窑炉电能替代技术典型案例（一） ·········································· 83
电窑炉电能替代技术典型案例（二） ·········································· 88
家庭电气化电能替代技术典型案例 ············································· 95
港口岸电电能替代技术典型案例 ··············································· 105
农业电排灌电能替代技术典型案例（一） ··································· 112
农业电排灌电能替代技术典型案例（二） ··································· 118
农业电排灌电能替代技术典型案例（三） ··································· 127
电动汽车电能替代技术典型案例 ··············································· 132
商用电磁灶电能替代技术典型案例 ············································ 138
节 能 技 术 篇
绿色照明节能技术典型案例（一） ············································ 147
绿色照明节能技术典型案例（二） ············································ 154
绿色照明节能技术典型案例（三） ············································ 159
电机变频节能技术典型案例（一） ············································ 165
电机变频节能技术典型案例（二） ············································ 171
配电网节能技术典型案例 ························································ 176
发电节能技术典型案例 ··························································· 181
余热余压利用节能技术典型案例 ··············································· 187
电能替代技术篇
集中电采暖电能替代技术典型案例（一） ······································ 3
集中电采暖电能替代技术典型案例（二） ······································ 9
分散电采暖电能替代技术典型案例（一） ···································· 16
分散电采暖电能替代技术典型案例（二） ···································· 25
热泵电能替代技术典型案例（一） ············································· 33
热泵电能替代技术典型案例（二） ············································· 40
热泵电能替代技术典型案例（三） ············································· 48
热泵电能替代技术典型案例（四） ············································· 53
热泵电能替代技术典型案例（五） ············································· 62
热泵电能替代技术典型案例（六） ············································· 69
水蓄冷电能替代技术典型案例 ··················································· 75
电窑炉电能替代技术典型案例（一） ·········································· 83
电窑炉电能替代技术典型案例（二） ·········································· 88
家庭电气化电能替代技术典型案例 ············································· 95
港口岸电电能替代技术典型案例 ··············································· 105
农业电排灌电能替代技术典型案例（一） ··································· 112
农业电排灌电能替代技术典型案例（二） ··································· 118
农业电排灌电能替代技术典型案例（三） ··································· 127
电动汽车电能替代技术典型案例 ··············································· 132
商用电磁灶电能替代技术典型案例 ············································ 138
节 能 技 术 篇
绿色照明节能技术典型案例（一） ············································ 147
绿色照明节能技术典型案例（二） ············································ 154
绿色照明节能技术典型案例（三） ············································ 159
电机变频节能技术典型案例（一） ············································ 165
电机变频节能技术典型案例（二） ············································ 171
配电网节能技术典型案例 ························································ 176
发电节能技术典型案例 ··························································· 181
余热余压利用节能技术典型案例 ··············································· 187
