100mw火力發(fā)電廠電氣部分設計畢業(yè)設計論文

1、 3×100MW 火力發(fā)電廠電氣設計13×100MW 100MW 火力發(fā)電廠電氣部分設計畢業(yè)論文 火力發(fā)電廠電氣部分設計畢業(yè)論文目錄 目錄摘要 ..............................................................................................

2、...................................................1ABSTRACT....................................................................................................................................2第一部分 設計說明書 ...............

3、......................................8第一章 概述 .................................................................................................................................81.1 本畢業(yè)設計的目的和要求 ...........................

4、...........................................................81.2 本畢業(yè)設計的內(nèi)容 ..................................................................................................81.2.1 本次設計主要內(nèi)容 ................................

5、.....................................................81.2.2 本次設計最終的設計成品 .........................................................................91.3 本設計引用的規(guī)程和規(guī)范 .........................................................

6、.............................9第二章 電氣主接線設計 ...........................................................................................................102.1 對水電廠原始資料分析 .....................................................

7、...................................102.1.1 原始資料 ...................................................................................................102.1.2 原始資料分析 ........................................................

8、...................................112.2 電氣主接線設計依據(jù) ............................................................................................112.3 主接線設計的一般步驟 ............................................................

9、............................112.4 技術經(jīng)濟比較 ........................................................................................................122.4.1 發(fā)電機電壓（主）接線方案 .....................................................

10、..............122.4.2 主接線方案擬定 .......................................................................................142.5 水輪發(fā)電機的選擇 .......................................................................................

11、.........182.6 主變的選擇 ............................................................................................................182.6.1 相數(shù)的選擇 .............................................................................

12、.....................182.6.2 繞組數(shù)量和連接方式的選擇 ......................................................................182.6.3 普通型與自偶型選擇 ..................................................................................182.7 各級

13、電壓中性點運行方式選擇 ............................................................................19第三章 短路電流計算 ...............................................................................................................203.1

14、短路電流計算的基本假設 ..................................................................................203.2 電路元件的參數(shù)計算 ..........................................................................................203.3 網(wǎng)絡變換與簡化方法 ..

15、........................................................................................203.4 短路電流實用計算方法 ......................................................................................203×100MW 火力發(fā)電廠電氣設計36.2

16、.2 110Kv 配電裝置 .......................................................................................42第七章 防雷保護與接地 .......................................................................................................

17、....457.1 防雷保護 ................................................................................................................457.1.1 直擊過電壓 ..............................................................................

18、.................457.1.2 入侵雷電波保護 .......................................................................................467.2 接地裝置 .......................................................................................

19、.......................467.2.1 一般規(guī)定 ...................................................................................................467.2.2 降低土壤電阻率的措施 ................................................................

20、...........477.2.3 本水電站接地網(wǎng)的布置 ...........................................................................47第八章 繼電保護、自動裝置設計 ...........................................................................................488.

21、1 繼電保護設計 ........................................................................................................488.1.1 發(fā)電機保護 ............................................................................................

22、...488.1.2 主變壓器保護 ...........................................................................................488.1.3 110Kv 線路保護 .......................................................................................498

23、.1.4 110Kv 母線保護 .......................................................................................498.1.5 廠用變保護 ...............................................................................................498.1.

24、6 電容器保護 ...............................................................................................498.1.7 接地保護 ...................................................................................................498

25、.2 自動裝置設計 ........................................................................................................49第九章 同期系統(tǒng)設計 ............................................................................................

26、...................509.1 同期方式和同期點選擇 ......................................................................................509.1.1 同期方式選擇 .................................................................................

27、..........509.1.2 同期點選擇 ...............................................................................................509.2 同期儀表與同期閉鎖設計 .................................................................................

28、.519.3 分散與集中并列 ..................................................................................................519.4 同期電壓和同期接線 .........................................................................................

29、.53第十章 發(fā)電廠監(jiān)控系統(tǒng)設計 ...................................................................................................5410.1 監(jiān)控系統(tǒng)設計原則 .......................................................................................

30、.......5410.2 監(jiān)控系統(tǒng)的功能 ..................................................................................................54第十一章 主要電氣設備匯總 ...................................................................................