8Figure 8.1 Experimental set-up: opaque view (left), transparent view (right).Figure 8.2 Simplified simulation model: without fins (left), with fins (right).Figure 8.3 Mesh of full body – (a) Main component (PCM), (b) pipe, (c) pipe-fins...Figure 8.4 Mesh of the one-fourth symmetry sector – (a) Main component (PCM), (b...Figure 8.5 Graphs showing variation of temperature and liquid fraction during me...Figure 8.6 Contours of static temperature showing melting of PCM (in case of fin...Figure 8.7 Contours of liquid fraction showing melting of PCM (in case of fins i...Figure 8.8 Graphs showing variation of temperature and liquid fraction during so...
List of Tables
1 Chapter 1Table 1.1 CSP projects with parabolic trough receiver concepts integrated with t...Table 1.2 CSP projects with linear Fresnel receiver concepts integrated with the...Table 1.3 CSP projects with central receiver (power tower) concepts integrated w...Table 1.4 Typical materials used in sensible heat TES storage (Mehling and Cabez...Table 1.5 Typical materials used in latent heat TES systems (Mehling and Cabeza,...
2 Chapter 2Table 2.1 Total power installed capacity of India (As on 30.09.2019)...Table 2.2 Costing of 1 MW Solar PV (24x7).Table 2.3 Cost analysis of 1 MWth solar power 24x7 energy storage.Table 2.4 Different climate zone of various part of India, suitable technologies...Table 2.5 Equipment list used in the experimental set up.Table 2.6 Operating data and limit value (Turbine 1).
3 Chapter 3Table 3.1 Battery energy storage system...
4 Chapter 4Table 4.1 Types of double-layer capacitors...
5 Chapter 5Table 5.1 Properties of SHS materials.Table 5.2 Comparison of different Sensible Thermal Energy storage systems.Table 5.3 Method available for producing MEPCM.Table 5.4 Composite PCM formation and properties.Table 5.5 Comparison of three TES systems.Table 5.6 TES based PV/T in building applications.Table 5.7 Mixture values at different state points.Table 5.8 Some applications of TES system by different researchers.
6 Chapter 6Table 6.1 Different major manufacturers and commercial capacitors available in t...
7 Chapter 7Table 7.1 Benefits and barriers of lead acid batteries.Table 7.2 Benefits and barriers of nickel based batteries.Table 7.3 Benefits and barriers of Lithium-ion batteries.Table 7.4 Benefits and barriers of sodium-based batteries.Table 7.5 Performance indicators of various battery chemistries.Table 7.6 Overview of applications of battery storage in utility applications.Table 7.7 Direct and indirect benefits of battery energy storage systems.Table 7.8 Definitions of key battery technical characteristics.Table 7.9a Energy requirements of load.Table 7.9b Battery system.Table 7.9c Solar power generation system.Table 7.9d Expenditure and savings.Table 7.10 Test instruments used in battery maintenance.Table 7.11 Three-stage development for battery manufacturing in India.Table 7.12 Expected economic opportunity from battery manufacturing.
8 Chapter 8Table 8.1 Various types of energy storage technologies...Table 8.2 Applications of PCMs...Table 8.3 Suitable PCMs for storage of latent heat...Table 8.4 Various methods and instruments used for measurement of thermophysical...Table 8.5 Dimensions and constituent material of components.Table 8.6 Properties of PCM.
Guide
1 Cover
6 Preface
8 Index
Pages
1 v
2 ii
3 iii
4 iv
5 xi
6 xii
7 xiii
8 1
9 2
10 3
11 4
12 5
13 6
14 7
15 8
16 9
17 10
18 11
19 12
20
