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Concentrated photovoltaic power

Design and installation of a 350-kW demonstration plant in the Solar Village near Riyadh. This consisted of a concentrating photovoltaic power system, an advanced electrolyser system, a grid-operated rectifier and the necessaiy gas handling and storage system. [Pg.83]

Integrated High Concentration Photovoltaic Technology, EPRITR-103267, Electric Power Research Institute, Palo Alto, Calif., 1993. [Pg.111]

Solar Energy Energy produced from the sun s radiation for the purposes of heating or electric generation. Also, see Photovoltaic (PV) Cell, Concentrated Solar Power (CSP) and Passive Solar. ... [Pg.26]

After some 8 years of preparation and testing, some false starts, and some delays, HYSOLAR officially began churning out hydrogen from solar electricity in early 1994. Power was produced by an array of concentrator photovoltaic panels initially rated at 350 kilowatts. (The rating deteriorated over time to about 280 kW, in part because spare parts for one particular photovoltaic subfield ceased to become available, according to Steeb.)... [Pg.57]

The photovoltaic power system consists of 160 single pedestal concentrator arrays, each containing 256 circular silicon solar cells (64 modules). Each module contains 4 Fresnel lenses, for a sunlight concentration of ca. 33 times over solar cells. These 64 branches are connected in parallel to provide 350 kW of peak power. The electrolysis system is a commercially available HS 2000 electrolyzer with the cell area 0.2 rrfi (No. of cells 144). Electrolyte is 30% KOH solution, system pressure 6 bar, working temperature 100 °C. The plant also contains a grid operated rectifier for initial start-up and special testing. [Pg.472]

Figure 1.12 Photo of fifth in the world 1.2-MW i concentrated photovoltaic (PV) solar power plant (Spain). The plant has 154 two-axis tracking units, consisting of 36 PV modules each, which cover an area of 295,000 with a total PV surface area of 5913 m. The plant generates 2.1 GWh each year, and the conversion efficiency is 12%. Figure 1.12 Photo of fifth in the world 1.2-MW i concentrated photovoltaic (PV) solar power plant (Spain). The plant has 154 two-axis tracking units, consisting of 36 PV modules each, which cover an area of 295,000 with a total PV surface area of 5913 m. The plant generates 2.1 GWh each year, and the conversion efficiency is 12%.
Solar Energy—Complete Guide to Solar Power and Photovoltaics, Practical Information on Heating, Lighting, and Concentrating—U.S. Department of Energy. [Pg.3]

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See also in sourсe #XX -- [ Pg.134 ]



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