配電網電能質量評估與監測（簡體書）

近幾年來，我國配電網的建設主要以完善配電網網架結構，提高配電供電可靠性，治理解決配電臺區低電壓問題等工作為主，通過大量的工作實踐，較大提高了配電網供電可靠性及電能質量。
本書共 9 章，內容包括概述、配電網規劃技術原則和要求、電網電能質量評估技術、配電網電能質量監測技術、配電網電能質量監測系統、配電網非線性負荷用戶電能質量治理改造、配電網敏感負荷用戶電能質量治理改造、配電網電壓質量問題的電能質量治理和配電網電能質量治理新技術。

從配電網規劃、配電網電能質量、配電網設備選型、配電網綜合自動化水平提升、節能降損等方面開展工作，整體提升配電網的電能質量水平。

為從事配電網技術工作的人員全面闡述配電網規劃技術原則和要求，配電網電能質量分析治理的標準解讀、技術原則和要求，典型案例的技術實踐及效益分析，從而能夠為開展各級技能培訓，提高配電網技術人員的技術水平服務。

總前言
前言
第 1 章 概述 ·······················································································1
1.1 配電網規劃·············································································· 1
1.2 電能質量················································································· 3
1.3 電能質量技術監督····································································· 6
第 2 章 配電網規劃技術原則和要求 ·························································9
2.1 配電網供電區域與規劃編制························································· 9
2.2 配電網負荷預測和電力平衡······················································· 12
2.3 配電網規劃技術原則································································ 15
2.4 配電網電能質量技術管理原則···················································· 21
第 3 章 電網電能質量評估技術 ····························································· 27
3.1 配電網電力用戶······································································ 28
3.2 電能質量評估方法和流程·························································· 32
3.3 電能質量預測評估的意義和特點················································· 33
3.4 電能質量預測評估的分級規定···················································· 34
3.5 規劃可研階段電能質量技術管理················································· 34
3.6 電能質量預測評估報告主要內容及要求········································ 36
3.7 電能質量預測評估案例····························································· 36
第 4 章 配電網電能質量監測技術···························································59
4.1 電能質量監測分析儀器 ····························································· 59
4.2 電能質量指標的測量方法 ·························································· 60
4.3 配電網電能質量監測案例 ·························································· 64
第 5 章 配電網電能質量監測系統···························································71
5.1 電能質量監測的形式 ································································ 71
5.2 電能質量在線監測 ··································································· 72
5.3 電壓在線監測 ········································································· 81
第 6 章 配電網非線性負荷用戶電能質量治理改造······································88
6.1 非線性負荷用戶的典型電能質量問題 ··········································· 88
6.2 非線性負荷用戶的電能質量治理技術原則 ····································· 90
6.3 非線性負荷用戶的電能質量治理典型案例 ····································· 98
第 7 章 配電網敏感負荷用戶電能質量治理改造······································· 113
7.1 敏感用戶的典型電能質量問題 ··················································· 113
7.2 敏感負荷用戶的電能質量治理技術原則 ······································· 119
7.3 敏感負荷用戶的電能質量治理典型案例 ······································ 124
第 8 章 配電網電壓質量問題的電能質量治理·········································· 130
8.1 電壓質量問題的典型原因分析 ·················································· 130
8.2 電壓質量問題的電能質量治理技術原則 ······································ 131
8.3 電壓質量問題的電能質量治理典型案例 ······································ 135
第 9 章 配電網電能質量治理新技術······················································ 154
參考文獻 ·························································································· 159