清洁与可再生能源研究：太阳能热利用

Appendix A

References

4.2 Prospect

4.1 Conclusion

4 Conclusion and Prospect

3.5 Chapter Conclusion

3.4 Case study of a Dairy Factory

3.3 Integration of Solar Thermal with MPHEN

3.2 Choosing and Modeling of the Solar Collector

3.1 General Introduction of Integration of Solar Thermal with MPHEN

3 Integration of Solar Thermal with MPHEN

2.5 Chapter Conclusion

2.4 Implementation

2.3 Multiperiod Extension Method

2.2 Single-period Method

2.1 Introduction of Method for SPHENS and MPHENS

2 Multi-period Heat Exchanger Network Model

1.4 Outline of the Thesis

1.3 Objective of Research

1.2 State-of-art of HEN Synthesis

1.1 Background

1 Introduction

Notation

Abstract

8 Multi-period Heat Exchanger Network Synthesis and Its Integration with Solar Thermal

References

Appendix

5.3 For Real System Construction

5.2 For System Model

5.1 For Working Fluids

5 Conclusion

4.6 Capital Calculation of Total Heat Exchanging System

4.5 IHE

4.4 Heat Exchangers in Evaporating System

4.3 Solar Field

4.2 Safe Distance

4.1 The System Parameters

4 Calculation of Solar Field and Heat Exchangers

3.5 Comparison between Dry Fluids and Water Steam Cycle

3.4 Calculation Result and Analysis

3.3 Operation Parameters Setting

3.2 IHE System Calculation Model

3.1 Basic System Calculation Model

3 Calculation for Selecting Working Fluids

2.2 Scheme of Different Systems

2.1 Working Fluids

2 Fluids and Systems

1.4 Significance of the Research

1.3 Research Contents of the Thesis

1.2 Solar Thermal Electricity（STE）

1.1 Energy Consumption Review

1 Background

Abstract

7 Medium-temperature Small Power Solar Based Organic Rankine Cycle Working Fluids Selecting and System Designing

References

5.2 Prospect

5.1 Conclusion

5 Conclusion and Prospect

4.3 Vacuumization of the System

4.2 The Building of the Test Rig

4.1 The Components of the Test Rig

4 The Building and the Sealing of the Test Rig

3.2 The Design of the Test Rig

3.1 The Most Commonly Used Test Rigs

3 The design of the Test Rig for Composite Adsorbent Adsorption Performance

2.4 Clapeyron Diagram

2.3 Adsorption Equations

2.2 Adsorption Theories

2.1 About Adsorption

2 Adsorption Theory and Adsorption Equation

1.6 Thesis Main Contents

1.5 Literature Review

1.4 General Introduction of Solar Adsorption Refrigeration

1.3 General Introduction of Adsorption Refrigeration

1.2 General Introduction of Vapor Compression Refrigeration

1.1 Thesis Statement and Significance of the Research

1 Introduction

Notation

Abstract

6 The Building of the Test Rig for Composite Adsorbent Based Solar Adsorption Refrigeration

References

8 Conclusion and Prospect

7.4 Results of the Simulation

7.3 Performance Index of Hybrid Power Plant

7.2 Assumptions

7.1 Demonstration of Hybrid System

7 Simulation of Hybrid Solar/Coal Power Plant

6.2 Validation of Coal Power Unit

6.1 Solar Collector Model Validation

6 Validation of Model

5.4 Complete Model of Coal Power Plant

5.3 Model of Coal Power Unit

5.2 Solar Field Model

5.1 Introduction of Aspen Plus

5 Model Construction

4.6 Performance Analysis of Coal Power Plant

4.5 Principle of Regenerative Heat Exchanger

4.4 Steam Turbine

4.3 Boiler and Condenser

4.2 Furnace

4.1 Introduction

4 Coal Power Plant

3.5 Energy Balance of Solar Field

3.4 Heat Losses in the Solar Field

3.3 The Incident Angle Calculation

3.2 Solar Irradiation Absorption Calculation

3.1 Principle of Solar Power Plant

3 Solar Filed

2.5 Power Unit in Haibowan Power Plant

2.4 Climatological Condition in Wuhai City

2.3 Site Selection

2.2 Coal Power Plants Distribution

2.1 Solar Potential of China

2 Site Selection for the Hybrid System

1.4 Arrangement of the Report

1.3 The Development of Solar Collector Model

1.2 State of Arts

1.1 Background

1 Introduction

Symbol List

Abstract

5 Simulation of a Hybrid Solar/Coal Power Plant with Aspen Plus

参考文献

5.2 展望

5.1 总结

5 总结与展望

4.4 本章小结

4.3 案例分析

4.2 太阳能集热器建模

4.1 整合利用基本方法

4 多周期换热网络综合与太阳能热能的整合利用

3.3 本章小结

3.2 算例分析

3.1 程序实现

3 多周期换热网络综合的程序实现与算例分析

2.3 本章小结

2.2 数学模型

2.1 问题描述

2 多期换热网络综合的数学模型

1.3 主要研究内容

1.2 国内外研究现状

1.1 研究背景与意义

1 绪论

摘要

4 多周期换热网络的算法研究及其与太阳能热能的整合利用

参考文献

6.2 展望

6.1 总结

6 总结与展望

5.6 本章小结

5.5 计算结果及分析

5.4 换热器热力学计算

5.3 三段换热器的结构参数选择与计算

5.2 各换热器运行参数

5.1 换热器选型

5 太阳能有机朗肯循环发电系统换热器设计

4.8 本章小结

4.7 计算结果分析

4.6 系统评价参数计算

4.5 系统设计

4.4 参数设计

4.3 太阳能场性能计算原理

4.2 设备选型

4.1 计算工质选择

4 太阳能有机朗肯循环发电系统设计

3.5 本章小结

3.4 有机朗肯循环与水蒸气朗肯循环对比

3.3 各工质最佳效率运行参数

3.2 带回热（IHE） ORC循环

3.1 基本ORC循环

3 有机朗肯循环系统参数优化

2.5 本章小结

2.4 循环性能评价模型

2.3 ORC系统热力学计算模型

2.2 系统建模预设参数分析

2.1 工质选取

2 有机朗肯循环系统性能计算模型

1.4 主要研究内容

1.3 有机朗肯循环研究及应用现状

1.2 槽式太阳能热发电技术

1.1 研究目的与意义

1 绪论

摘要

3 基于干工质的有机朗肯循环参数优化及太阳能热发电系统设计

参考文献

5.2 展望

5.1 总结

5 总结与展望

4.3 实验结果与分析

4.2 实验步骤

4.1 吸附工质对的制备

4 吸附剂吸附性能实验研究

3.4 改进后的台架

3.3 真空检漏

3.2 实验台的组成

3.1 实验台的设计

3 吸附剂性能测试实验台的设计及搭建

2.5 常见的吸附性能测试装置

2.4 Clapeyron图

2.3 吸附方程

2.2 吸附理论

2.1 吸附现象

2 吸附理论基础与常见的吸附性能测试装置

1.3 主要研究内容

1.2 吸附制冷基础与国内外研究现状

1.1 研究背景及意义

1 绪论

摘要

2 基于碳纳米管的太阳能吸附制冷复合吸附剂的性能研究

附录

参考文献

6.2 展望

6.1 总结

6 总结与展望

5.4 本章小结

5.3 变工况分析

5.2 评价指标

5.1 工况描述

5 30MW太阳能冷热电联供系统研究

4.3 本章小结

4.2 蒸汽双效并联吸收式制冷循环模型的建立

4.1 热驱动制冷系统介绍

4 蒸汽双效溴化锂吸收式制冷循环

3.4 本章小结

3.3 蒸汽循环

3.2 燃烧部分

3.1 电站介绍

3 30MW燃煤发电系统研究

2.4 本章小结

2.3 太阳能集热场模型建立及变工况讨论

2.2 太阳能集热场介绍

2.1 太阳能资源介绍及选址

2 太阳能集热系统研究

1.4 主要研究内容

1.3 模拟软件介绍

1.2 研究应用现状及发展趋势

1.1 研究背景与意义

1 绪论

摘要

1 30MW太阳能冷热电联供系统研究

Preface

前言

版权信息

封面

封面

版权信息

前言

Preface

1 30MW太阳能冷热电联供系统研究

摘要

1 绪论

1.1 研究背景与意义

1.2 研究应用现状及发展趋势

1.3 模拟软件介绍

1.4 主要研究内容

2 太阳能集热系统研究

2.1 太阳能资源介绍及选址

2.2 太阳能集热场介绍

2.3 太阳能集热场模型建立及变工况讨论

2.4 本章小结

3 30MW燃煤发电系统研究

3.1 电站介绍

3.2 燃烧部分

3.3 蒸汽循环

3.4 本章小结

4 蒸汽双效溴化锂吸收式制冷循环

4.1 热驱动制冷系统介绍

4.2 蒸汽双效并联吸收式制冷循环模型的建立

4.3 本章小结

5 30MW太阳能冷热电联供系统研究

5.1 工况描述

5.2 评价指标

5.3 变工况分析

5.4 本章小结

6 总结与展望

6.1 总结

6.2 展望

参考文献

附录

2 基于碳纳米管的太阳能吸附制冷复合吸附剂的性能研究

摘要

1 绪论

1.1 研究背景及意义

1.2 吸附制冷基础与国内外研究现状

1.3 主要研究内容

2 吸附理论基础与常见的吸附性能测试装置

2.1 吸附现象

2.2 吸附理论

2.3 吸附方程

2.4 Clapeyron图

2.5 常见的吸附性能测试装置

3 吸附剂性能测试实验台的设计及搭建

3.1 实验台的设计

3.2 实验台的组成

3.3 真空检漏

3.4 改进后的台架

4 吸附剂吸附性能实验研究

4.1 吸附工质对的制备

4.2 实验步骤

4.3 实验结果与分析

5 总结与展望

5.1 总结

5.2 展望

参考文献

3 基于干工质的有机朗肯循环参数优化及太阳能热发电系统设计

摘要

1 绪论

1.1 研究目的与意义

1.2 槽式太阳能热发电技术

1.3 有机朗肯循环研究及应用现状

1.4 主要研究内容

2 有机朗肯循环系统性能计算模型

2.1 工质选取

2.2 系统建模预设参数分析

2.3 ORC系统热力学计算模型

2.4 循环性能评价模型

2.5 本章小结

3 有机朗肯循环系统参数优化

3.1 基本ORC循环

3.2 带回热（IHE） ORC循环

3.3 各工质最佳效率运行参数

3.4 有机朗肯循环与水蒸气朗肯循环对比

3.5 本章小结

4 太阳能有机朗肯循环发电系统设计

4.1 计算工质选择

4.2 设备选型

4.3 太阳能场性能计算原理

4.4 参数设计

4.5 系统设计

4.6 系统评价参数计算

4.7 计算结果分析

4.8 本章小结

5 太阳能有机朗肯循环发电系统换热器设计

5.1 换热器选型

5.2 各换热器运行参数

5.3 三段换热器的结构参数选择与计算

5.4 换热器热力学计算

5.5 计算结果及分析

5.6 本章小结

6 总结与展望

6.1 总结

6.2 展望

参考文献

4 多周期换热网络的算法研究及其与太阳能热能的整合利用

摘要

1 绪论

1.1 研究背景与意义

1.2 国内外研究现状

1.3 主要研究内容

2 多期换热网络综合的数学模型

2.1 问题描述

2.2 数学模型

2.3 本章小结

3 多周期换热网络综合的程序实现与算例分析

3.1 程序实现

3.2 算例分析

3.3 本章小结

4 多周期换热网络综合与太阳能热能的整合利用

4.1 整合利用基本方法

4.2 太阳能集热器建模

4.3 案例分析

4.4 本章小结

5 总结与展望

5.1 总结

5.2 展望

参考文献

5 Simulation of a Hybrid Solar/Coal Power Plant with Aspen Plus

Abstract

Symbol List

1 Introduction

1.1 Background

1.2 State of Arts

1.3 The Development of Solar Collector Model

1.4 Arrangement of the Report

2 Site Selection for the Hybrid System

2.1 Solar Potential of China

2.2 Coal Power Plants Distribution

2.3 Site Selection

2.4 Climatological Condition in Wuhai City

2.5 Power Unit in Haibowan Power Plant

3 Solar Filed

3.1 Principle of Solar Power Plant

3.2 Solar Irradiation Absorption Calculation

3.3 The Incident Angle Calculation

3.4 Heat Losses in the Solar Field

3.5 Energy Balance of Solar Field

4 Coal Power Plant

4.1 Introduction

4.2 Furnace

4.3 Boiler and Condenser

4.4 Steam Turbine

4.5 Principle of Regenerative Heat Exchanger

4.6 Performance Analysis of Coal Power Plant

5 Model Construction

5.1 Introduction of Aspen Plus

5.2 Solar Field Model

5.3 Model of Coal Power Unit

5.4 Complete Model of Coal Power Plant

6 Validation of Model

6.1 Solar Collector Model Validation

6.2 Validation of Coal Power Unit

7 Simulation of Hybrid Solar/Coal Power Plant

7.1 Demonstration of Hybrid System

7.2 Assumptions

7.3 Performance Index of Hybrid Power Plant

7.4 Results of the Simulation

8 Conclusion and Prospect

References

6 The Building of the Test Rig for Composite Adsorbent Based Solar Adsorption Refrigeration

Abstract

Notation

1 Introduction

1.1 Thesis Statement and Significance of the Research

1.2 General Introduction of Vapor Compression Refrigeration

1.3 General Introduction of Adsorption Refrigeration

1.4 General Introduction of Solar Adsorption Refrigeration

1.5 Literature Review

1.6 Thesis Main Contents

2 Adsorption Theory and Adsorption Equation

2.1 About Adsorption

2.2 Adsorption Theories

2.3 Adsorption Equations

2.4 Clapeyron Diagram

3 The design of the Test Rig for Composite Adsorbent Adsorption Performance

3.1 The Most Commonly Used Test Rigs

3.2 The Design of the Test Rig

4 The Building and the Sealing of the Test Rig

4.1 The Components of the Test Rig

4.2 The Building of the Test Rig

4.3 Vacuumization of the System

5 Conclusion and Prospect

5.1 Conclusion

5.2 Prospect

References

7 Medium-temperature Small Power Solar Based Organic Rankine Cycle Working Fluids Selecting and System Designing

Abstract

1 Background

1.1 Energy Consumption Review

1.2 Solar Thermal Electricity（STE）

1.3 Research Contents of the Thesis

1.4 Significance of the Research

2 Fluids and Systems

2.1 Working Fluids

2.2 Scheme of Different Systems

3 Calculation for Selecting Working Fluids

3.1 Basic System Calculation Model

3.2 IHE System Calculation Model

3.3 Operation Parameters Setting

3.4 Calculation Result and Analysis

3.5 Comparison between Dry Fluids and Water Steam Cycle

4 Calculation of Solar Field and Heat Exchangers

4.1 The System Parameters

4.2 Safe Distance

4.3 Solar Field

4.4 Heat Exchangers in Evaporating System

4.5 IHE

4.6 Capital Calculation of Total Heat Exchanging System

5 Conclusion

5.1 For Working Fluids

5.2 For System Model

5.3 For Real System Construction

Appendix

References

8 Multi-period Heat Exchanger Network Synthesis and Its Integration with Solar Thermal

Abstract

Notation

1 Introduction

1.1 Background

1.2 State-of-art of HEN Synthesis

1.3 Objective of Research

1.4 Outline of the Thesis

2 Multi-period Heat Exchanger Network Model

2.1 Introduction of Method for SPHENS and MPHENS

2.2 Single-period Method

2.3 Multiperiod Extension Method

2.4 Implementation

2.5 Chapter Conclusion

3 Integration of Solar Thermal with MPHEN

3.1 General Introduction of Integration of Solar Thermal with MPHEN

3.2 Choosing and Modeling of the Solar Collector

3.3 Integration of Solar Thermal with MPHEN

3.4 Case study of a Dairy Factory

3.5 Chapter Conclusion

4 Conclusion and Prospect

4.1 Conclusion

4.2 Prospect

References

Appendix A