- 新能源和高新发电技术(第2版十三五江苏省高等学校重点教材)(英文版)
- - 作者：编者:陈九法|责编:姜晓乐
  - 出版社：东南大学
  - ISBN：9787564199180
  - 出版日期：2022/07/01
  - 页数：340
- 售价：35.2

内容大纲
本书萃集了当今世界新能源发电的主流技术和前沿技术，共12章，分别介绍了能源与环境问题、太阳能资源、太阳能光电、太阳能光热发电、风能发电、水能发电、生物质能发电、地热能发电、储能技术、燃料电池发电、氢能源和CO2捕获封存技术。本书强调新能源技术的机理和模型，引用典型案例，配置了例题和习题，从技术指标和运行参数等方面强化技术应用。本书可作为高等院校相关专业本科生和研究生的教学用书，采用英语编写，既能用于中国学生的教学，又能够满足国际读者的学习需求，为“一带一路”建设赋能。
作者介绍
目录
Chapter 1 Energy, Power and Environment
  1.1  Climate Change and Greenhouse Gases Emission
  1.2  Sustainable Energy
  1.3  Mitigation of CO2 Emissions
  1.4  New/Renewable Energy and Advanced Electricity Generation Technologies
  Exercises
  References
Chapter 2 Solar Energy
  2.1  Sun Data
  2.2  Solar Radiation
  2.3  Solar Energy Application
  Exercises
  References
Chapter 3 Solar Photovoltaic Power
  3.1  PV Fundamentals
  3.2  PV Cell
  3.3  PV Module
  3.4  PV Application
  3.5  Summary
  Exercises
  References
Chapter 4 Concentrating Solar Power
  4.1  CSP System Common Features
  4.2  Parabolic Trough Systems
  4.3  Fresnel Reflector Solar Thermal Power Systems
  4.4  Tower Power Systems
  4.5  Dish/Stifling Systems
  4.6  Heat Transfer Fluid and Heat Storage & Hybridization
  4.7  Summary
  Exercises
  References
Chapter 5 Hydropower
  5.1  Prospect of Hydropower
  5.2  Physics of Hydropower
  5.3  Types of Hydropower Plants
  5.4  Hydropower System
  5.5  Types of Hydropower Turbines
  5.6  Characteristics of Hydropower
  Exercises
  References
Chapter 6 Wind Power
  6.1  Wind Energy Resource
  6.2  Wind Power Fundamentals
  6.3  Wind Power System
  6.4  Power Generation Technologies
  6.5  Control Technologies
  6.6  Wind Farm
  6.7  Summary
  Exercises
  References

Chapter 7 Biomass Power
  7.1  Introduction
  7.2  Biomass Classification
  7.3  Biomass Resources in China
  7.4  Biomass Characteristics
  7.5  Biomass Utilization for Electricity Generation
  7.6  Direct Combustion of Biomass for Electricity Generation
  7.7  Co-firing Biomass for Electricity Generation
  7.8  Gasification
  7.9  Solid Wastes and Their Treatments
  Exercises
  References
Chapter 8 Geothermal Power
  8.1  Geothermal Energy
  8.2  Dry-Steam Power Plants
  8.3  Flash Steam Power Plants
  8.4  Binary Cycle Power Plants
  8.5  Silica Precipitation Control
  8.6  Environmental Aspects
  8.7  Summary
  Exercises
  References
Chapter 9 Fuel Cell Power
  9.1  Fuel Cell Fundamentals
  9.2  Types of Fuel Cells
  9.3  Fuel Cell Stack and Power Generation System
  9.4  Example and Case Study
  9.5  Summary
  Exercises
  References
Chapter 10 Energy Storage
  10.1  Thermal Energy Storage
  10.2  Batteries
  10.3  Pumped Hydroelectric Energy Storage (PHES)
  10.4  Compressed Air Energy Storage (CAES)
  10.5  Flywheel Energy Storage (FES)
  10.6  Electrolysis of Water and Methanation (EWM)
  10.7  Superconducting Magnetic Energy Storage (SMES)
  10.8  System Comparison
  Exercises
  References
Chapter 11 Hydrogen Energy
  11.1  Introduction
  11.2  Hydrogen Production
  11.3  Hydrogen Application
  11.4  Hydrogen Storage Technology
  11.5  Hydrogen Delivery Technologies
  11.6  Safety Issues
  11.7  Future Prospects
  Exercises

  References
Chapter 12 CO2 Capture and Storage
  12.1  Technical Options for CO2 Mitigation
  12.2  CCS for Fossil Fuel-Based Power Plants
  12.3  CO2 Capture
  12.4  CO2 Storage, Transport and Utilizations
  12.5  Economic Analysis of CCS
  Exercises
  References

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