Page 503 - A Comprehensive Guide to Solar Energy Systems
P. 503

516  Index



             Staebler–Wronsky effect (SWE), 367         T
             Standard testing conditions (STCs), 162    TallSlates, 301
             Steam generator, 133                       Tellurium (Te), 454
             Stirling dish CST systems, 143             Thermal energy storage (TES), 133
             Sub-bandgap losses, 279, 280, 282          Thermalization, 153
               of crystalline Si solar cells, 283       Thermal vapor deposition, 237
               in DSSCs, 285                            Thin film photovoltaics
               in organic solar cells, 287               cell configurations
             Sub-Saharan Africa (SSA), solar energy in     amorphous silicon, 363, 364
               carbon footprint and lifecycle impact       CdTe. See Cadmium telluride (CdTe)
                  considerations, 97                         solar cells
               Central Africa, 83                          CIGS, 366, 367
               circular economy approach, 87               perovskite. See Perovskite solar cells (PSCs)
                 cost effective reverse logistics, 87    challenges, 369
                 end-of-life modules, 89                 deposition and growth techniques, 368
                 material criticality issues and         estimated energy payback time, 361
                  environmental impacts, 89              flexible cell formations, 368
                 multidisciplinary approach, 89          formation of heterojunction, 361
                 PV commercial viability, 89             high absorption coefficient, 361
               climatic consequences, 81                 large-area deposition, 361
               diesel-powered generators, 86             properties, 362, 368
               energy storage                            roll-to-roll manufacturing, 361
                 battery technology, 93, 95             Three-year Action Plan for Non-electrical
                 daily energy consumption values, 93         Population, 30
                 off-grid system, 93                    Transmission losses, 279, 280, 290
                 photovoltaic geographical information   Transparent conductive oxide (TCO), 217, 224,
                  system, 94                                 225
               future solar cell technologies           Transparent electrode, 262, 271, 272
                 plastic substrates, 103                Triplet-triplet annihilation (TTA), 282, 289
                 PPV, 101, 102                          Two step sequential deposition, 236, 237
                 thin-film technologies, 100, 101       Two step vapor assisted deposition, 236
               global photovoltaics (PV) market, 81
               infant mortality rates and fertility rates, 84  U
               in-grid systems, 82                      United Kingdom, EROI analysis, 417–419
               investment in, energy system, 87         United Nations development Programme, 5
               off-grid solar, 82                       Upconversion (UC) process, photovoltaics,
               photovoltaic technology, 91                   280, 282
               political instability, 87                 amorphous silicon solar cells, 285
               population and deforestation, 84          crystalline silicon solar cells, 283
               resource-efficiency and circular economy   dye-sensitized solar cells, 285
                 critical materials, 99                  GaAs solar cells, 283
                 end-of-life prospects and compatibility, 99  of low-energy photons, 280
               tropical climate, 82                      material environment
               West Africa, 83                             plasmonics and photonics, 289
             SunSlates, 301, 302                           spectral concentration, 290
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