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Solar Cells on Non-silicon-based Materials Production, Market and Forecast in the World (Russian Version)
INFOMINE Research Group, July 2011, Pages: 120
This report focuses on the study of the global market of solar photovoltaic cells on non-silicon-based (cadmium telluride - CdTe, diselenide medi-indiya-CIS/CIGS, dual compound semiconductor elements of the third and fifth sub-groups of the periodic table - A3B5), commercially available at present.
The report analyzes the trends of the market until 2025 and includes a study of primary aspects of solar energy development on non-silicon-based. The report consists of an introduction, six chapters and conclusion, and contains 120 pages - including 14 tables, 74 figures and 2 applications. This work is desk-based study.
The sources of data include the Federal Service of State Statistics of Russia, Federal Customs Service of Russia, scientific and technical literature, industry, regional and international press, as well as web-sites of company-producers of solar cells and raw materials for their production.
The first chapter sets out the basic principles of solar cells and gives their basic types. This chapter also describes the main areas of application of solar photovoltaic cells, examining their characteristics, advantages and disadvantages.
The second chapter describes markets for raw materials needed for production of silicon solar cells: indium, gallium, antimony, arsenic, germanium, etc.
The third chapter is devoted to describing the world market of non-silicon solar cells. It presents estimates of the volume of their production, distribution by type, and percentage of the total solar energy market.
The fourth chapter presents the world's major producers of non-silicon solar cells, their description, and implemented and proposed projects.
The fifth chapter is devoted to the Russian market of non-silicon solar cells.
The sixth chapter is devoted to the commodity aspects of the development of non-silicon thin-film solar energy worldwide. Needs are identified for the raw materials for production of silicon solar cells. The method of 'maximum ratings' growth of possible ranges of solar cells is based on CdTe, CIS / CIGS, as well as A3B5/Ge until 2025.
The authors draw some important conclusions about the feasibility of various scenarios for photovoltaics based on the primary constraints.
The appendices are an address book of the world's major manufacturers of silicon solar cells-not and a list of the sources of information.
NOTE: This report is currently available in Russian only.
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