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Offshore wind power generation technology [edited by Wang Zhixin] 2013

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Offshore wind power technology Author: Wang with New Publication date: 2013
Brief introduction "Offshore wind power generation technology" relates to the key technologies of offshore wind turbines and offshore wind power flexible DC power transmission, reflecting the development trend, latest research results and engineering applications of offshore wind power technology at home and abroad. The book consists of 8 chapters, including offshore wind resource survey and wind farm power generation forecasting technology, offshore wind turbine basic technology, offshore wind turbine installation, offshore wind turbine system design technology, offshore wind farm substation electrical design technology, and offshore wind farm flexible DC transmission. Converter technology, offshore wind farm power transmission technology, etc. "Offshore Wind Power Technology" is suitable as a textbook for undergraduates and graduate students majoring in wind power generation, electrical engineering and automation, mechanical engineering, process control, and automation in colleges and universities, and teachers and research institutes (institute) engaged in design and engineering. Technical and management personnel, technical and management personnel of wind power equipment manufacturing enterprises and related industries, technical personnel, technical and operational management personnel of wind power companies, and other reference books.
Preface Chapter 1 Introduction
1.1 Offshore Wind Power
1.2 Status and situation of offshore wind power development
1.2.1 Development of offshore offshore wind power generation
1.2.2 China's offshore wind power development
1.3 Key Technologies of Offshore Wind Power Generation Chapter 2 Offshore Wind Resource Survey and Wind Farm Power Generation Forecast Technology
2.1 Offshore wind resource survey
2.1.1 Anemometer
2.1.2 Selection of installation location of offshore wind measurement tower
2.2 Wind resource assessment
2.2.1 Three characteristics of wind resources
2.2.2 Application of wind resource assessment software
2.2.3 Error analysis of wind resource assessment
2.2.4 Quantitative Correction Techniques for Wind Resource Evaluation Errors
2.3 Wind power generation forecast
2.3.1 Prediction and calculation of wind farm power generation
2.3.2 Wind power forecast
2.3.3 Evaluation method of wind power forecast results
2.4 Offshore Wind Farm Site Selection
2.4.1 Offshore wind farm site survey
2.4.2 Objectives of micro-site selection for offshore wind farms
2.4.3 Micro-site selection technology for offshore wind farms
2.4.4 Application Cases Chapter 3 Basic Technology of Offshore Wind Turbines
3.1 Design of offshore wind turbine foundation
3.2 Basic types of offshore wind turbines
3.3 Basic load analysis
3.4 Offshore wind turbine foundation application Chapter 4 Offshore wind turbine installation
4.1 Offshore Wind Turbine Hoisting Ship
4.2 Installation method of offshore wind turbine
4.3 Introduction to Offshore Wind Power Engineering Installation Chapter 5 Offshore Wind Turbine System Design Technology
5.1 Overview
5.2 Large offshore wind turbines and their characteristics
5.3 Wind Turbine Tower Design
5.4 Blade test modal analysis
5.5 Wind Turbine Condition Monitoring System Chapter 6 Electrical Design Technology for Offshore Wind Farm Substation
6.1 Overview
6.1.1 Application of offshore wind farms and offshore substations abroad
6.1.2 Application of China's offshore wind farms and offshore substations
6.2 Offshore Substation
6.2.1 Features of offshore substations
6.2.2 Offshore Substation Design
6.3 Transformers and submarine cables
6.3.1 Transformer Selection
6.3.2 Selection of submarine cables
6.4 Selection and verification of electrical equipment
6.4.1 Principles for selecting electrical equipment
6.4.2 Circuit breaker selection and check calculation
6.4.3 Isolation Switch Selection and Check Calculation
6.4.4 Transformer Selection and Check Calculation
6.4.5 Selection and Check Calculation of Bus (35kV)
6.4.6 GIS Equipment Selection and Check Calculation
6.5 Protection of offshore substations
6.5.1 Lightning overvoltage protection
6.5.2 Ground protection
6.5.3 Other protections
6.6 Short circuit calculation
6.6.1 Overview
6.6.2 Short circuit calculation
6.7 Offshore Substation Installation
6.8 Onshore Wind Farm Substation Configuration and Application Cases
6.9 Summary Chapter 7 Flexible DC Transmission Converter Technology for Offshore Wind Farms
7.1 Overview
7.2 HVDC Transmission Converter Topology
7.2.1 Traditional HVDC Transmission Converter
7.2.2 VSC-HVDC conventional converter for power transmission
7.2.3 Multilevel converter
7.3 HVDC Transmission Converter Control Mode
7.3.1 Modulation method
7.3.2 Equal pressure control
7.4 MMC modulation and DC voltage equalization control
7.4.1 MMC Modeling
7.4.2 MMC modulation method
7.4.3 MMC control method
7.4.4 Circulation suppression method
7.4.5 Simulation Verification
7.5 VSC-HVDC Transmission Test System
7.5.1 VSC-HVDC Transmission Test Platform
7.5.2 Control system software design
7.5.3 Experimental results Chapter 8 Offshore wind farm power transmission technology
8.1 Power Transmission Technology for Large Wind Farms
8.1.1 Overview of Large-scale Wind Power Transmission Technology Application at Home and Abroad
8.1.2 Key Technologies for Power Transmission in Large Wind Farms
8.2 Offshore wind farm power transmission technology
8.2.1 Power transmission form of offshore wind farm
8.2.2 Technical Scheme for Offshore Wind Farm Electricity Transmission
8.2.3 Optimization of Current Collection Line Layout in Offshore Wind Farm
8.3 Technical and Economic Analysis of Flexible DC Transmission in Offshore Wind Farms
8.3.1 Offshore Wind Farm Engineering Model and Flexible DC Transmission System Design
8.3.2 Technical and Economic Analysis of Offshore Wind Farm Transmission System
8.4 Offshore Wind Farm Transmission Project Cases
8.4.1 AC transmission project of offshore wind farm
8.4.2 References for Flexible HVDC Transmission Engineering in Offshore Wind Farms


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海上风力发电技术[王志新编著] 2013年 Download address Offshore wind power technology [edited by Wang Zhixin] 2013

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