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1
Renewable energy sources and solar energy, the first applications of solar energy, thermal applications, photovoltaic applications
2
Solar radiation outside the sun and the atmosphere, the source of solar energy, the solar constant and Spectral distribution of solar radiation outside the atmosphere.
3
Solar radiation coming to the earth, passage of the solar radiation through the atmosphere, decrease, absorption, scattering
4
Total and spectral transmission rate of the atmosphere, irradiance meters.
5
Sunlight incident on the horizontal plane. Hourly, daily, monthly beam and diffuse components
6
Solar radiation incident on the inclined plane
7
Electromagnetic spectrum, black body, absorption and emission of light Planck's law , Wien displacement
law, Stefan-Boltzmann formula, radiation tables
8
Radiation characteristics of opaque materials, absorption and emission, Kirchoff's law, reflection from surfaces.
9
Flat solar collectors, transparent cover, reflection from interfaces, transmission and absorption,
10
Transparent cover materials, reflective coatings.
11th
Absorbing surfaces, selective surfaces, swallowing cross product
12
Thermal analysis of flat collectors, collector heat loss coefficient, effective absorption
product, collector heat loss factor,
13
Collector efficiency testing and design
14
Storage of solar energy: Storage of thermal energy; sensible heat storage, latent heat storage |