描述
开 本: 16开纸 张: 胶版纸包 装: 平装是否套装: 否国际标准书号ISBN: 9787560344973
内容简介
《建筑设计中的绿色能源系统》指出节能建筑是指遵循气候设计和节能的基本方法，对建筑规划分区、群体和单体、建筑朝向、间距、太阳辐射、风向以及外部空间环境进行研究后，设计出的低能耗建筑，其主要指标有：建筑规划和平面布局要有利于自然通风，绿化率不低于35％；建筑间距应保证每户至少有一个居住空间在大寒日能获得满窗日照2小时等。
目 录
Introduction
Acknowledgments
Disclaimer Note
Chapter 1 Global Warming： Climatic and Atmospheric Changes
Climate Change Factors
Variations within the Earth’s Climate I
Natural Factors Driving Climate Change
The Memory of Climate
Human Influences on Climate Change
The Transition of Various Forms of Sequestered Solar Energy Use and
Their Effect on Societies
Industrial Sources of Atmospheric Pollution
The Little Ice Age
Chapter 2 Energy Systems
Conservation of Energy
The Concept of Energy in Various Scientific Fields
Chapter 3 Solar Power System Physics and Technologies
Brief History of the Photoelectric Phenomenon
Solar Cell Physics
Solar Cell Electronics
Solar Cell Manufacturing and Packaging Technologies
Dye-Sensitized Solar Cells
Multijunction PV Cells
Polymer Solar Cells
Concentrators
Solar Panel Arrays
Solar Power System Components
Crystalline， Amorphous， Thin-Film， and Sun-Tracker Technologies
Solar Power System Design
Storage Battery Technologies
Solar Power System Configurations
Ground-Mounted PV Module Installation and Support
Roof-Mounted Installations
Electrical Shock Hazard and Safety Considerations
Solar Tracking Systems
Field Safety Recommendations
……
Chapter 4 California Solar Initiative Program
Chapter 5 Energy Conservation
Chapter 6 Passive Solar Heating Technologies
Chapter 7 Fuel Cell Technology
Chapter 8 Wind Energy Technologies
Chapter 9 Ocean Energy Technologies
Chapter 10 Hydroelectric and Micro-Hydro Turbine Power
Chanter 11 Geothermal Enerqy
Chapter 12 Biofuel， Biogas， and Thermal Depolymerization
Technologies
Chapter 13 Fission- and Fusion-Type Nuclear Power
Chapter 14 Air Pollution Abatement
Chapter 15 Carbon Dioxide Sequestration and Carbon
Trading Economics
Appendix A Unit Conversion and Design Reference Tables
Appendix B Photo Gallery
Appendix C Historical Time Line of Solar Energy
Appendix D Glossary of Renewable Energy Power Systems
Bibliography
Index
Acknowledgments
Disclaimer Note
Chapter 1 Global Warming： Climatic and Atmospheric Changes
Climate Change Factors
Variations within the Earth’s Climate I
Natural Factors Driving Climate Change
The Memory of Climate
Human Influences on Climate Change
The Transition of Various Forms of Sequestered Solar Energy Use and
Their Effect on Societies
Industrial Sources of Atmospheric Pollution
The Little Ice Age
Chapter 2 Energy Systems
Conservation of Energy
The Concept of Energy in Various Scientific Fields
Chapter 3 Solar Power System Physics and Technologies
Brief History of the Photoelectric Phenomenon
Solar Cell Physics
Solar Cell Electronics
Solar Cell Manufacturing and Packaging Technologies
Dye-Sensitized Solar Cells
Multijunction PV Cells
Polymer Solar Cells
Concentrators
Solar Panel Arrays
Solar Power System Components
Crystalline， Amorphous， Thin-Film， and Sun-Tracker Technologies
Solar Power System Design
Storage Battery Technologies
Solar Power System Configurations
Ground-Mounted PV Module Installation and Support
Roof-Mounted Installations
Electrical Shock Hazard and Safety Considerations
Solar Tracking Systems
Field Safety Recommendations
……
Chapter 4 California Solar Initiative Program
Chapter 5 Energy Conservation
Chapter 6 Passive Solar Heating Technologies
Chapter 7 Fuel Cell Technology
Chapter 8 Wind Energy Technologies
Chapter 9 Ocean Energy Technologies
Chapter 10 Hydroelectric and Micro-Hydro Turbine Power
Chanter 11 Geothermal Enerqy
Chapter 12 Biofuel， Biogas， and Thermal Depolymerization
Technologies
Chapter 13 Fission- and Fusion-Type Nuclear Power
Chapter 14 Air Pollution Abatement
Chapter 15 Carbon Dioxide Sequestration and Carbon
Trading Economics
Appendix A Unit Conversion and Design Reference Tables
Appendix B Photo Gallery
Appendix C Historical Time Line of Solar Energy
Appendix D Glossary of Renewable Energy Power Systems
Bibliography
Index
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