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太阳能热利用:汉、英
- 作者:黄树红 张燕平
- 出版社:中国水利水电出版社
- 出版日期:2015年03月
- ISBN:978-7-5170-3019-5
- 页数:457
优惠价:
¥
44.40
定价:
¥
74.00
标签:太阳能
图书详情
内容简介
目录
- Preface
- 1 30MW太阳能冷热电联供系统研究
- 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
- 2.1 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
- 3.1 电站介绍
- 3.2 燃烧部分
- 3.3 蒸汽循环
- 3.4 本章小结
- 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
- 5.1 工况描述
- 5.2 评价指标
- 5.3 变工况分析
- 5.4 本章小结
- 6.1 总结
- 6.2 展望
- 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
- 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
- 2.1 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
- 3.1 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
- 4.1 吸附工质对的制备
- 4.2 实验步骤
- 4.3 实验结果与分析
- 5.1 总结
- 5.2 展望
- 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
- 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
- 2.1 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
- 3.1 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
- 4.1 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
- 5.1 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
- 6.1 总结
- 6.2 展望
- 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
- 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
- 2.1 问题描述
- 2.2 数学模型
- 2.3 本章小结
- 3.1 程序实现
- 3.2 算例分析
- 3.3 本章小结
- 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
- 5.1 总结
- 5.2 展望
- 5 Simulation of a Hybrid Solar/Coal Power Plant with Aspen Plus
- 1.1 Background
- 1.2 State of Arts
- 1.3 The Development of Solar Collector Model
- 1.4 Arrangement of the Report
- 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
- 3.1 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
- 4.1 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
- 5.1 Introduction of Aspen Plus
- 5.2 Solar Field Model
- 5.3 Model of Coal Power Unit
- 5.4 Complete Model of Coal Power Plant
- 6.1 Solar Collector Model Validation
- 6.2 Validation of Coal Power Unit
- 7.1 Demonstration of Hybrid System
- 7.2 Assumptions
- 7.3 Performance Index of Hybrid Power Plant
- 7.4 Results of the Simulation
- 6 The Building of the Test Rig for Composite Adsorbent Based Solar Adsorption Refrigeration
- 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
- 2.1 About Adsorption
- 2.2 Adsorption Theories
- 2.3 Adsorption Equations
- 2.4 Clapeyron Diagram
- 3.1 The Most Commonly Used Test Rigs
- 3.2 The Design 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
- 5.1 Conclusion
- 5.2 Prospect
- 7 Medium-temperature Small Power Solar Based Organic Rankine Cycle Working Fluids Selecting and System Designing
- 1.1 Energy Consumption Review
- 1.2 Solar Thermal Electricity(STE)
- 1.3 Research Contents of the Thesis
- 1.4 Significance of the Research
- 2.1 Working Fluids
- 2.2 Scheme of Different Systems
- 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
- 4.1 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
- 5.1 For Working Fluids
- 5.2 For System Model
- 5.3 For Real System Construction
- 8 Multi-period Heat Exchanger Network Synthesis and Its Integration with Solar Thermal
- 1.1 Background
- 1.2 State-of-art of HEN Synthesis
- 1.3 Objective of Research
- 1.4 Outline of the Thesis
- 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
- 3.1 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
- 4.1 Conclusion
- 4.2 Prospect
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