Integration of Large Scale Wind Energy with Electrical Power Systems in China First Edition by Zongxiang Lu,Shuangxi Zhou ISBN 1118910001 978-1118910009

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Product details:

ISBN 10: 1118910001

ISBN 13: 978-1118910009 

Author: Zongxiang Lu, Shuangxi Zhou

An in-depth examination of large scale wind projects and electricity production in China

• Presents the challenges of electrical power system planning, design, operation and control carried out by large scale wind power, from the Chinese perspective
• Focuses on the integration issue of large scale wind power to the bulk power system, probing the interaction between wind power and bulk power systems
• Wind power development is a burgeoning area of study in developing countries, with much interest in offshore wind farms and several big projects under development
• English translation of the Chinese language original which won the “Fourth China Outstanding Publication Award nomination” in March 2013

Table of contents: 

1. Overview

   • Wind Energy and Wind Energy Resources

   • Characteristics of Wind Power Generation

   • Present Situation and Development of Wind Power Generation

   • Wind Power Conversion System and Technical Route

   • WF-Included Electrical Power System

   • Outline of the Book

2. Wind Power Generation and Wind Power Generation System

   • Wind Power Generation System and WFs

   • Wind Turbine

   • Wind Turbine Generator System

   • Power Electronic Technology in Wind Power Conversion System

3. Operation of Grid-Connected WTGS

   • Wind Turbine Grid Connection

   • Power Regulation of Wind Turbines

   • Wind Energy Converters and Basic Control Methods

   • Voltage/Reactive Power Control Characteristics of Three Mainstream Wind Turbines

4. Connection of WFs to Power Systems

   • Requirements of the Power System for Grid Connection of WFs

   • Connection of WFs to Power Distribution Grids or Transmission Grids

   • Direct Connection to AC Grids

   • WFs Interconnection via Conventional HVDC (PCC—HVDC)

   • WFs Interconnection via VSC-HVDC

   • Contrast of WF Integration Schemes

   • Integration of Large-Scale WFs into the Grid

   • Determination of Maximum Wind Power Capacity Allowed to be Integrated into the Grid

5. WF Electrical Systems

   • Power Collection Systems

   • WF Grounding Systems

   • WF Lightning Protection

   • WF Electrical Protection

   • WF Reactive Power Compensation

   • WF Energy Storage Systems

6. OWFs (Offshore Wind Farms)

   • OWF and Its Characteristics

   • OWF Electrical System

   • Redundancy Design of Collection System

   • OWF Transmission System

   • A New Type of Offshore Wind Energy Conversion System

   • OWF Electrical System Optimization Design

   • Examples of Typical OWF

7. Analysis of Power Systems Containing Wind Power

   • Overview

   • Mathematical Models of Wind Power Generation System

   • Power Flow Analysis of Power System Containing Wind Power

   • Short-Circuit Analysis of Power Systems Containing Wind Power

   • Voltage Stability Analysis of Power System Containing Wind Power

   • Transient Stability Analysis of Power Systems Containing Wind Power

   • Small Signal Stability Analysis on Power System Containing Wind Power

   • Frequency Stability Analysis of Power System Containing Wind Turbines

8. WF Power Quality and Its Improvements

   • Overview

   • Power Quality and Its Characteristics

   • Power Quality Problems of WFs Associated with the Grid

   • Frequency Quality and Frequency Regulation

   • Voltage Quality and Voltage Regulation

   • WF Voltage Flicker

   • Harmonics and Interharmonics of the WF

   • Measures to Improve Power Quality of WFs

9. Wind Velocity and Generated Power Forecasts in WF

   • Overview

   • Variability of Wind Power

   • Wind Power Forecast Model and Method

   • Wind Velocity Forecast

   • Generated Power Forecast in WF

   • Accuracy of Wind Power Forecast

   • Application and Challenge of Wind Power Forecast

10. WF Control and Protection Technologies

• Overview

• Active Power and Frequency Control

• Reactive Power and Voltage Regulation

• Fault Ride-Through (FRT) or Low/High-Voltage Ride-Through (L/HVRT) of WTGS

• AGC of a Wind Power Contained Power System

• WF Monitoring and Control

• Control of WF Energy Storage System

11. Operation and Dispatch of a Power System Containing Wind Power

• Overview

• General Requirements for WF Operation

• Power Balance and System Reserve Capacity

• Optimal Dispatch of Power Systems Containing Wind Power

• Wind Power Generation and Power Market

• Main Technology of WFs to be Conventional Power Plants

12. The Evaluation Technology for A Wind Power Integrated Power System

• Reliability Evaluation of Wind Power Integrated Power System

• Wind Power Generation CC

• Wind Power Value Analysis

• Analysis of Maximum Penetrating Capacity of Wind Power

13. Index

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Tags: Zongxiang Lu, Shuangxi Zhou, Integration of Large, Scale Wind Energy with Electrical, Power Systems in China