By Augustin McEvoy, Tom Markvart, Luis Castaner

The so much finished, authoritative and commonly stated reference on photovoltaic sun energy

totally revised and up-to-date, the instruction manual of Photovoltaic technological know-how and Engineering, moment Edition comprises the huge technological advances and examine advancements in photovoltaics on the grounds that its prior unencumber. All themes in relation to the photovoltaic (PV) are mentioned with contributions through distinctive overseas specialists within the field.

major new insurance includes:

  • three thoroughly new chapters and 6 chapters with new authors
  • device constructions, processing, and production ideas for the 3 significant skinny movie PV applied sciences
  • high functionality methods for multijunction, concentrator, and area purposes
  • new forms of natural polymer and dye-sensitized sun cells
  • economic research of assorted coverage recommendations to stimulate PV development together with impression of private and non-private funding

precise therapy covers:

  • scientific foundation of the photovoltaic influence and sun telephone operation
  • the creation of sunlight silicon and of silicon-based sun cells and modules
  • how selection of semiconductor fabrics and their construction impact charges and function
  • making measurements on sunlight cells and modules and the way to narrate effects lower than standardised try stipulations to genuine outside functionality
  • photovoltaic process deploy and operation of parts resembling inverters and batteries.
  • architectural functions of building-integrated PV

each one bankruptcy is based to be in part obtainable to newcomers whereas delivering exact details of the physics and know-how for specialists. Encompassing a evaluate of previous paintings and the basics in sunlight electrical technology, this can be a major reference and priceless source for all practitioners, experts, researchers and scholars within the PV industry.

Chapter 1 Achievements and demanding situations of sun electrical energy from Photovoltaics (pages 1–38): Steven Hegedus and Antonio Luque
Chapter 2 The position of coverage in PV development: earlier, current and destiny (pages 39–81): John Byrne and Lado Kurdgelashvili
Chapter three The Physics of the sun phone (pages 82–129): Jeffery L. Gray
Chapter four Theoretical Limits of Photovoltaic Conversion and New?Generation sun Cells (pages 130–168): Antonio Luque and Antonio Marti
Chapter five sun Grade Silicon Feedstock (pages 169–217): Bruno Ceccaroli and Otto Lohne
Chapter 6 Bulk Crystal progress and Wafering for PV (pages 218–264): Hugo Rodriguez, Ismael Guerrero, Wolfgang Koch, Arthur L. Endros, Dieter Franke, Christian Ha?ler, Juris P. Kalejs and H. J. Moller
Chapter 7 Crystalline Silicon sun Cells and Modules (pages 265–313): Ignacio Tobias, Carlos del Canizo and Jesus Alonso
Chapter eight High?Efficiency III–V Multijunction sunlight Cells (pages 314–364): D. J. Friedman, J. M. Olson and Sarah Kurtz
Chapter nine house sun Cells and Arrays (pages 365–401): Sheila Bailey and Ryne Raffaelle
Chapter 10 Photovoltaic Concentrators (pages 402–451): Gabriel Sala and Ignacio Anton
Chapter eleven Crystalline Silicon Thin?Film sunlight Cells through High?Temperature and Intermediate?Temperature methods (pages 452–486): Armin G. Aberle and consistent with I. Widenborg
Chapter 12 Amorphous Silicon?Based sun Cells (pages 487–545): Eric A. Schiff, Steven Hegedus and Xunming Deng
Chapter thirteen Cu(InGa)Se2 sunlight Cells (pages 546–599): William N. Shafarman, Susanne Siebentritt and Lars Stolt
Chapter 14 Cadmium Telluride sunlight Cells (pages 600–641): Brian E. McCandless and James R. Sites
Chapter 15 Dye?Sensitized sun Cells (pages 642–674): Kohjiro Hara and Shogo Mori
Chapter sixteen sun power Conversion through Organics (pages 675–715): Sam?Shajing solar and Hugh O'Neill
Chapter 17 obvious engaging in Oxides for Photovoltaics (pages 716–796): Alan E. Delahoy and Sheyu Guo
Chapter 18 size and Characterization of sunlight Cells and Modules (pages 797–840): Keith Emery
Chapter 19 PV platforms (pages 841–895): Charles M. Whitaker, Timothy U. Townsend, Anat Razon, Raymond M. Hudson and Xavier Vallve
Chapter 20 Electrochemical garage for Photovoltaics (pages 896–953): Dirk Uwe Sauer
Chapter 21 energy Conditioning for Photovoltaic energy platforms (pages 954–983): Heribert Schmidt, Bruno Burger and Jurgen Schmid
Chapter 22 strength accumulated and brought through PV Modules (pages 984–1042): Eduardo Lorenzo
Chapter 23 PV in structure (pages 1043–1077): Tjerk H. Reijenga and Henk F. Kaan
Chapter 24 Photovoltaics and improvement (pages 1078–1105): Jorge M. Huacuz, Jaime Agredano and Lalith Gunaratne

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Additional resources for Handbook of Photovoltaic Science and Engineering, Second Edition

Example text

Locations such as Phoenix (United States), Madrid (Spain), Seoul (South Korea) or Hamburg (Germany) have respectively, 2373, 1679, 1387 and 1059 kW h/m2 per year (or equivalently the same number of effective hours) for optimally oriented surfaces (facing south and tilted about 10◦ below the latitude). 75 will produce 1 779 375; 1 2259 250, 1 040 250 and 793 857 kW h in one year. 2 shows, for four widely varying cities, the average daily input in solar irradiance, equivalent hours of full sunlight (at 1 kW/m2 ), and average annual yield in kW h from each kW of installed PV, assuming a system performance ratio PR = 1.

4 for the 2011 residential case. 69/W). For a factor of 2 decrease in module cost, the LCOE decreases by 12% (at 6% module efficiency) to 22% (at 20% module efficiency), independent of location. For a factor of 2 increase in efficiency (from 10 to 20%), the LCOE decreases by ∼20%, independent of location. For a factor of two decrease in module cost (at 16% efficiency), the LCOE decreases by ∼25%, independent of location. Thus both price and efficiency have comparable impact on LCOE. This weak correlation between either module cost and efficiency with LCOE might surprise some readers, but this just indicates the importance of area-related and fixed costs.

E. electric cars)? How large a role will efficiency and smart growth play in decreasing demand? How large a role will population and economic growth in developed versus developing countries play in increasing demand? The 2007 Nobel Prize winning organization UN Intergovernmental Panel on Climate Change (UN-IPCC) [29] estimates the world will need the equivalent of 32 000 terawatt hours (1 TW h = 109 kW h = 1012 W h) of electrical energy by 2030, but efficiency improvements might reduce this to 22 000 TW h.

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