Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
As a main source of primary energy on Earth, the sun's irradiance is examined in detail. Different calculation strategies for irradiance and temperature time series generation from worldwide monthly mean value data bases provide an insight into the complex consideration necessary for accurately determining irradiance effects on buildings including shading. Furthermore, the geothermal resource is introduced, as an alternative source of primary energy.
As a main source of primary energy on Earth, the sun's irradiance is examined in detail. Different calculation strategies for irradiance and temperature time series generation from worldwide monthly mean value data bases provide an insight into the complex consideration necessary for accurately determining irradiance effects on buildings including shading. Furthermore, the geothermal resource is introduced, as an alternative source of primary energy.
Solar and Geothermal Resource
Eicker, Ursula (Autor:in)
21.02.2014
54 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
ozone mass , aerosol thickness , spectral irradiance , true local time , low depth geothermal energy , advective component , Erbs relations , Angstrom formula , equation of time , Markov transition‐matrices , circumsolar irradiance , Liu and Jordan , zenith angle , astronomical unit , diffuse irradiance , Kepler's second law , solar azimuth , ARMAX model , equator coordinates , temperature time series , ecliptic plane , isotropic radiance , shading , atmosphere , autoregressive procedures , water vapour absorption , transmission of uniform gases , Rayleigh scattering , length of day , monthly spectral irradiance , Gordon and Reddy , Perez coefficients , cloud cover , declination , hour angle , sky temperature modelling , black emitter , brightness coefficients , fog‐index , inclined surfaces , clearness index , sun , SEDES2 , photosphere , turbidity factor
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