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The development and outlook of UHV transmission technology
包郵 The development and outlook of UHV transmission technology
開本：
29cm
頁數(shù)：
17,209頁
本類榜單：工業(yè)技術(shù)銷量榜
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The development and outlook of UHV transmission technology 版權(quán)信息
- ISBN：9787519850746
- 條形碼：9787519850746 ; 978-7-5198-5074-6
- 裝幀：一般膠版紙
- 冊數(shù)：暫無
- 重量：暫無
- 所屬分類：>
The development and outlook of UHV transmission technology 本書特色
給出了特高壓交流、特高壓直流、柔性交流和柔性直流等先進(jìn)輸電技術(shù)的發(fā)展現(xiàn)狀和核心技術(shù)裝備，提出了技術(shù)和經(jīng)濟性展望，有力支撐全球能源互聯(lián)網(wǎng)建設(shè)和清潔能源大規(guī)模開發(fā)利用的趨勢，對于讀者而言兼顧科普性、通識性以及專業(yè)性，滿足不同讀者的信息獲取需求。
The development and outlook of UHV transmission technology 內(nèi)容簡介
With the continuous consumption of fossil energy， increasingly severe climate change and worsening environment pollution， the human being has put forward higher requirements for reliable， environmentally friendly and sustainable energy， bringing global energy interconnection into being. The core of sustainable development is clean development. UHV transmission technology is critical for the reliable and efficient delivery of clean energy， and it is of great significance to promote its global allocation. After a century of development， the transmission technology of power system has made great progress in terms of voltage level， transmission capacity and distance. As for UHV AC power transmission technology， UHV DC transmission technology， flexible AC and VSC DC transmission technology， their respective voltage and transmission capacity have exceeded 1000 kV/5000 MVA， ：tll00 kV/12000 MW and +800 kV/5000 MW. Flexible AC transmission technology has started to be applied in 1000 kV projects. The development of UHV power transmission technology provides a strong support for the world's large-scale energy development and long-distance transmission， facilitates a large-scale optimization of energy allocation， and greatly improves the reliability and economic efficiency of power supply in human society.
The development and outlook of UHV transmission technology 目錄
PREFACE
SUMMARY
1 UHV AC Power Transmission Technology
1．1 Overview
1．1．1 International Exploration
1．1．2 Development in China
1．2 Technology Innovation
1．2．1 Key Technologies on System Research
1，2．2 Key Technologies on Overvoltage and External Insulation
1．2．3 Key Technologies on Electromagnetic Environment
1．2．4 Key Equipment Research and Development Technology
1，2．5 Complete Set of System Integration Technology
1．3 Gore Equipment
1．3．1 Transformer
1．3．2 GIS
1．3．3 Circuit Breaker
1．3．4 Isolating Switch
1．3．5 Lightning Arrester
1．3．6 Post Insulator
1．3．7 Bushing
1．3．8 Voltage Transformer
1．3．9 Current Transformer
1．3．10 Tower
1．3．11 Conductor
1．3．12 Insulator
1．4 Test System
1．5 Standard System
1．6 Typical Projects
1．6．1 Southeast Shanxi-Nanyang-Jingmen 1000 kV Pilot and Demonstration Project
1．6．2 Huainan-Shanghai 1000 kV Project
1．6．3 Mengxi-South Tianjin 1000 kV Project
1．6．4 Yuheng-Weifang 1000 kV Project
1．6．5 Sutong 1000 kV GIL Comprehensive Pipe Gallery Project
1．6．6 Shandong-Hebei 1000kV Project
1．7 Technical Outlook
1．7．1 UHV Switchgear for Special Applications
1．7．2 UHV Circuit Breaker with Long Electrical Life and Large Capacity
1．7．3 UHV Transformer with Key Performance Parameters Monitored
1．7．4 UHV AC High-performance Overvoltage Limiter
1．7．5 Environment-Friendly UHV AC Gas-Insulated Transmission Line （GIL） Power Transmission
1．8 Economic Outlook
……
2 UHVDC Power Transmission Technology
3 Flexible Transmission Technology
EPILOGUE
Appendix
SUMMARY
1 UHV AC Power Transmission Technology
1．1 Overview
1．1．1 International Exploration
1．1．2 Development in China
1．2 Technology Innovation
1．2．1 Key Technologies on System Research
1，2．2 Key Technologies on Overvoltage and External Insulation
1．2．3 Key Technologies on Electromagnetic Environment
1．2．4 Key Equipment Research and Development Technology
1，2．5 Complete Set of System Integration Technology
1．3 Gore Equipment
1．3．1 Transformer
1．3．2 GIS
1．3．3 Circuit Breaker
1．3．4 Isolating Switch
1．3．5 Lightning Arrester
1．3．6 Post Insulator
1．3．7 Bushing
1．3．8 Voltage Transformer
1．3．9 Current Transformer
1．3．10 Tower
1．3．11 Conductor
1．3．12 Insulator
1．4 Test System
1．5 Standard System
1．6 Typical Projects
1．6．1 Southeast Shanxi-Nanyang-Jingmen 1000 kV Pilot and Demonstration Project
1．6．2 Huainan-Shanghai 1000 kV Project
1．6．3 Mengxi-South Tianjin 1000 kV Project
1．6．4 Yuheng-Weifang 1000 kV Project
1．6．5 Sutong 1000 kV GIL Comprehensive Pipe Gallery Project
1．6．6 Shandong-Hebei 1000kV Project
1．7 Technical Outlook
1．7．1 UHV Switchgear for Special Applications
1．7．2 UHV Circuit Breaker with Long Electrical Life and Large Capacity
1．7．3 UHV Transformer with Key Performance Parameters Monitored
1．7．4 UHV AC High-performance Overvoltage Limiter
1．7．5 Environment-Friendly UHV AC Gas-Insulated Transmission Line （GIL） Power Transmission
1．8 Economic Outlook
……
2 UHVDC Power Transmission Technology
3 Flexible Transmission Technology
EPILOGUE
Appendix
展開全部
The development and outlook of UHV transmission technology 作者簡介
全球能源互聯(lián)網(wǎng)發(fā)展合作組織(簡稱合作組織)，是由致力于推動世界能源可持續(xù)發(fā)展的相關(guān)企業(yè)、組織、機構(gòu)和個人等自愿組成的國際組織。注冊地設(shè)在北京。合作組織的宗旨是推動構(gòu)建全球能源互聯(lián)網(wǎng)，以清潔和綠色方式滿足全球電力需求，推動實現(xiàn)聯(lián)合國“人人享有可持續(xù)能源”和應(yīng)對氣候變化目標(biāo)，服務(wù)人類社會可持續(xù)發(fā)展。合作組織將積極推廣全球能源互聯(lián)網(wǎng)理念，組織制定全球能源互聯(lián)網(wǎng)發(fā)展規(guī)劃，建立技術(shù)標(biāo)準(zhǔn)體系，開展聯(lián)合技術(shù)創(chuàng)新、重大問題研究和國際交流合作，推動工程項目實施，提供咨詢服務(wù)，引領(lǐng)全球能源互聯(lián)網(wǎng)發(fā)展。
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