Technologies for Solar Thermal Energy Theory Design and Optimization 1st Edition by Md Hasanuzzaman ISBN 0128242329 9780128242322

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Product details:

ISBN 10: 0128242329

ISBN 13: 9780128242322

Author:  Md Hasanuzzaman 

Technologies for Solar Thermal Energy: Theory, Design and, Optimization 1st Edition: 

Technologies for Solar Thermal Energy: Theory, Design and Optimization presents concepts surrounding industrial process heat and thermal power generation, including detailed theory and practical considerations for design, performance analysis, and economic assessments. Addressing the significance of power generation from solar thermal energy, the book covers the different power cycles for solar thermal power plant and comparison analysis, along with the advantages of solar thermal power systems compared with photovoltaic systems, corresponding energy storage technology, working materials, and the design method of a solar thermal power plant.

This book is most valuable for lecturers, postgraduate and undergraduate students who will benefit from technological advances. In addition, researchers and engineers can use this book for modern theories and design aspects to enhance knowledge and conduct research in the field of solar thermal energy.

Includes reference case studies that illustrate worldwide installations
Provides detailed coverage of the design of solar thermal energy storage and thermal collectors for power plants
Covers a complete economic assessment of solar thermal energy through a life cycle and feasibility analysis

 

Technologies for Solar Thermal Energy: Theory, Design and, Optimization 1st Edition Table of contents:

Chapter 1: Fundamentals of Thermal Energy and Solar System Integration

• 1.1. Introduction

• 1.2. Foundation of Thermodynamics

• 1.3. Thermal Energy Demand and Supply

• 1.4. Conventional Thermal Energy Supply Technologies

• 1.5. Solar Thermal Integration

Chapter 2: Solar Thermal Energy Conversion

• 2.1. Introduction

• 2.2. The Geometry of Solar Radiation

• 2.3. Components and Types of Solar Radiation

• 2.4. Calculation of Extraterrestrial Radiation

• 2.5. Calculation of Terrestrial Radiation

• 2.6. Calculation of Beam and Diffuse Radiation on Horizontal Plane

• 2.7. Radiations on a Tilted Plane

• 2.8. Solar Power Conversion

• 2.9. Solar Tracking Technology

• 2.10. Worked-Out Problems

Chapter 3: Heat Exchanger for Solar Thermal Energy

• 3.1. Basic Concept of Heat Exchanger

• 3.2. Design of Heat Exchanger

• 3.3. Heat Exchanger Performance Analysis

• 3.4. Problems and Solutions on Heat Exchangers

Chapter 4: Solar Thermal Collector

• 4.1. Basic Concept of Solar Thermal Collectors

• 4.2. Categorization of Solar Thermal Collectors

• 4.3. Non-Concentrator Collectors

• 4.4. Concentrator Collectors

Chapter 5: Solar Photovoltaic Thermal Systems

• 5.1. Introduction

• 5.2. Photovoltaic Thermal Technology

• 5.3. Solar Cell or PV Cell

• 5.4. Energy Conversion in Different Types of PVT Systems

Chapter 6: Solar Thermal Power Plant

• 6.1. Introduction

• 6.2. Basic Concept of Solar Thermal Power Plant

• 6.3. Solar Thermal Power Generation Technologies

• 6.4. Solar Position Modeling

• 6.5. Design of a Parabolic Through Solar Thermal Power Plant

• 6.6. Design of a Solar Tower Power Plant

• 6.7. Heat Transfer Fluid

• 6.8. Site Selection and Mapping

• 6.9. Design of Thermal Collector for Power Plant

• 6.10. Solar Aided Power Generation

• 6.11. Hybridization of Power Cycle with Solar Thermal Energy Resources

• 6.12. Performance Analysis

Chapter 7: Solar Thermal Energy Storage

• 7.1. Introduction

• 7.2. Types of Solar Thermal Energy Storage System

• 7.3. Corresponding Solar Thermal Energy Storage Technologies

• 7.4. Effectiveness Analysis of Thermal Storage

• 7.5. Design of a Solar Thermal Energy Storage System

• 7.6. Energy Storage Material Thermal Properties & Selection

• 7.7. Example and Solution

Chapter 8: Solar Drying System

• 8.1. Fundamental Conception of the Solar Drying System

• 8.2. Classification of Solar Dryers

• 8.3. Components and Selection of a Solar Dryer

• 8.4. Solar Drying Design Considerations for a Product

• 8.5. Characteristics of the Solar Drying

• 8.6. Role of Solar Drying Systems

• 8.7. Application of Solar Dryers

Chapter 9: Solar Water Desalination System

• 9.1. Basic Concept of Solar Water Desalination System

• 9.2. Solar Water Desalination Processes

• 9.3. Indirect Processes

• 9.4. Direct Processes

• 9.5. Characteristics of Solar Water Desalination System

• 9.6. Design of an Autonomous Solar Water Desalination System

• 9.7. Design Method of Solar Water Desalination System

• 9.8. Performance Analysis of Solar Water Desalination System

Chapter 10: Economic Assessment of Solar Thermal Energy Technologies

• 10.1. Introduction

• 10.2. Basic Concept of Solar Thermal Project Planning

• 10.3. Basics of Project Assessment

• 10.4. Costs and Cost Estimating

• 10.5. Feasibility Analysis

• 10.6. Cost Control

• 10.7. Tools for Project Economic Performance Analysis

Chapter 11: Environmental Impact Assessment of Solar Thermal Energy

• 11.1. Introduction

• 11.2. Environmental Impact Assessment

• 11.3. Life Cycle Assessment of Industrial Solar Thermal Systems

• 11.4. LCA Analysis of the Fuel Mix Power Generation

• 11.5. Emission Factor and Analysis

• 11.6. Global Warming Potential

• 11.7. Energy and Environmental Impact

 

 

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