Spectral Characteristics of Solar Radiation: Applications in Photovoltaic Conversion
Editat de Viorel Badescu, Marius Paulescuen Limba Engleză Paperback – mai 2025
- Covers a broad range of factors related to the spectral properties of solar radiation
- Takes a systematic approach, offering both detailed descriptions as well as mathematical tools
- Enables the reader to gain a clear understanding of the key aspects in solar energy conversion for spectrally-dependent devices
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Specificații
ISBN-13: 9780443238390
ISBN-10: 0443238391
Pagini: 400
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
ISBN-10: 0443238391
Pagini: 400
Dimensiuni: 152 x 229 mm
Editura: ELSEVIER SCIENCE
Cuprins
Part I: Spectral characteristics of solar radiation
1. Spectral nature of solar radiation
2. Solar spectrum at the top of the atmosphere and total solar irradiance
3. Spectral solar irradiance measurements
4. Radiative transfer through the atmosphere
5. Spectral solar irradiance estimation under clear sky and energy applications
6. Integration of spectral atmospheric transmittances: Parametric models for solar irradiance
7. Quantifiers for the solar radiation spectrum signature
Part II: Impact of spectral distribution of solar radiation on PV performance
8. Spectral characteristics of materials
9. Physics of solar cells. Spectral nature of the solar cell current
10. Spectral factors for PV technologies
11. Spectrum modification for PV applications: Up-down conversion.
12. Colored solar cells: BIPV applications
13. Effect of the spectral distribution of solar radiation on PV power production
14. Aerosol-induced changes in solar radiation spectrum and PV power production
15. Combined spectral and weather effects on PV power production
16. Impact of the climate change on PV power production
1. Spectral nature of solar radiation
2. Solar spectrum at the top of the atmosphere and total solar irradiance
3. Spectral solar irradiance measurements
4. Radiative transfer through the atmosphere
5. Spectral solar irradiance estimation under clear sky and energy applications
6. Integration of spectral atmospheric transmittances: Parametric models for solar irradiance
7. Quantifiers for the solar radiation spectrum signature
Part II: Impact of spectral distribution of solar radiation on PV performance
8. Spectral characteristics of materials
9. Physics of solar cells. Spectral nature of the solar cell current
10. Spectral factors for PV technologies
11. Spectrum modification for PV applications: Up-down conversion.
12. Colored solar cells: BIPV applications
13. Effect of the spectral distribution of solar radiation on PV power production
14. Aerosol-induced changes in solar radiation spectrum and PV power production
15. Combined spectral and weather effects on PV power production
16. Impact of the climate change on PV power production