Storage by solar pond

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Table of contents

CHAPTER 1 – STATE OF THE ART OF SEASONAL STORAGE SYSTEMS OF SOLAR ENERGY FOR HOUSE HEATING
1.1 SENSIBLE THERMAL STORAGE
1.1.1 Sensible storage by liquid form
1.1.2 Sensible storage by solid form
1.2 LATENT THERMAL STORAGE
1.3 STORAGE BY CHEMICAL REACTION
1.4 STORAGE BY SORPTION
1.5 CONCLUSION OF THE STATE OF ART OF SOLAR HEAT STORAGE
REFERENCES OF CHAPTER 1
CHAPTER 2 – SEASONAL STORAGE OF SOLAR ENERGY FOR HOUSE HEATING BY ABSORPTION TECHNOLOGY
2.1 PROCESS DESCRIPTION AND STATIC MODEL
2.1.1 Process description
2.1.2 Static model
2.2 PRINCIPLES FOR CHOOSING THE ABSORPTION COUPLES
2.3 STATIC SIMULATION OF THE PERFORMANCES OF SEVEN ABSORPTION COUPLES
2.4 MAIN EVALUATION POINTS
2.5 CONCLUSION ON THE EVOLUTION OF THE ABSORPTION COUPLES PERFORMANCE
REFERENCES OF CHAPTER 2
CHAPTER 3 – EXPERIMENTATION OF THE SEASONAL STORAGE SYSTEM WITH THE CACL2/H2O COUPLE
3.1 CONCEPTION OF THE PROTOTYPE
3.2 DESIGN OF THE COMPONENTS OF THE PROTOTYPE
3.2.1 The absorption couple of the experimentation
3.2.2 The materials used for the prototype
3.2.3 Design and description of the devices
3.3 PLANNING OF THE EXPERIMENTATIONS
3.4 RESULTS OF THE EXPERIMENTATION
3.4.1 The desorption phases
3.4.2 The absorption phase
3.5 CONCLUSION OF THE EXPERIMENTATION
REFERENCES OF CHAPTER 3
CHAPTER 4 – DYNAMIC SIMULATION OF THE PROTOTYPE WITH THE CACL2/H2O COUPLE
4.1 DYNAMIC SIMULATION MODEL
4.1.1 Model for the desorption phase
4.1.2 Model for absorption phase
4.2 SIMULATION RESULTS AND COMPARISON WITH THE EXPERIMENTATION
4.2.1 Desorption cases
4.2.2 Absorption cases
4.3 CONCLUSION OF THE DYNAMIC SIMULATION
REFERENCES OF CHAPTER 4
CHAPTER 5 – ANNUAL DYNAMIC SIMULATION OF A BUILDING WITH A SEASONAL
STORAGE SYSTEM BY ABSORPTION
5.1 ANNUAL DYNAMIC SIMULATION MODEL
5.2 DIMENSION AND OPERATING CONDITIONS OF THE SYSTEM
5.3 SIMULATION RESULTS
5.4 CONCLUSION OF THE ANNUAL SIMULATION
REFERENCES OF CHAPTER 5
GENERAL CONCLUSION