Titlebook: Linear Fresnel Reflector Systems for Solar Radiation Concentration; Theoretical Analysis Stavros Karathanasis Book 2019 Springer Nature Swi

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Concentration of Solar Radiation,ually true, how easy is to exploit it? Is its harvesting a simple and easy task? Or do we need special equipments or sophisticated arrangements? This chapter deals with the possibility of electric energy production using solar radiation.

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Solar Radiation,pend on direct solar radiation. As a consequence, to plan and design them effectively, we need proper calculation and computation tools that allow us to estimate the amount of direct solar radiation falling on System’s collectors. For this reason, it would be beneficial to study the nature of solar

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Linear Fresnel Reflector Systems Design Parameters,or slightly curved reflective elements of equal or varying width mounted on trackers. The reflectors are arranged so that they reflect the direct solar radiation concentrating it onto a stationary central linear receiver (absorber) located above them.

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Geometric Optical Losses,trating Technologies use large mirrors to concentrate sunlight onto a relatively small-aperture receiver. Linear Fresnel Reflector Systems use long, narrow, flat or slightly curved mirrors that reflect Sun’s rays onto a fixed linear receiver mounted above and along them. Even in small scale, they us

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Receiver Secondary Reflector,tion, if the reflective elements are not plane but curved the reflected beams’ diverging nature is even more enhanced. As a result, its cross section is always larger than reflectors’ effective area. Moreover, the fact that the radiation reflected from the furthest reflectors must travel long distan

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Linear Fresnel Reflector Systems for Solar Radiation ConcentrationTheoretical Analysis

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Linear Fresnel Reflector Systems for Solar Radiation Concentration978-3-030-05279-9

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