Numerical Research Intensity Of Solar Radiation Incident On The Inclined Surface Of Pv- Solar Installation, Using The Database Nasa Solar Resources

The work carried out design work to determine the intensity of solar radiation incident on the territory of the southern regions of Kazakhstan, according to the NASA database of solar resources, and on the basis of the results, is designed generating capacity of photovoltaic solar power plant, designed for 1kW. It takes into account the correction factor in terms of the total solar radiation received from the weather station Akkum, located near the city of Turkestan, where actinometrical data collected.

Numerical Research Intensity Of Solar Radiation Incident On The Inclined Surface Of Pv- Solar Installation, Using The Database Nasa Solar Resources

The work carried out design work to determine the intensity of solar radiation incident on the territory of the southern regions of Kazakhstan, according to the NASA database of solar resources, and on the basis of the results, is designed generating capacity of photovoltaic solar power plant, designed for 1kW. It takes into account the correction factor in terms of the total solar radiation received from the weather station Akkum, located near the city of Turkestan, where actinometrical data collected.

___

  • 1. Klimatologicheskii spravochnik SSSR_ Meteorologicheskie dannie za otdelnie godi. Solnechnaya radiaciya i solnechnii balans. -L:Gidrometeoizdat,-1964.-288b.
  • 2. Koishiev T.K., Bekbaev A.B., Sadirbaev Sh.A., Koshelekov R.U. Design and construction of the DC/DC power converter for stand_alone PV system with battery storage// Colloids and nanotechnologies in industry. KazNTU im.K.I.Satpaeva 2012, -B. 46-47.
  • 3. Sadirbaev Sh.A Koishiev T.K. Amireshov K.K. Modelirovanie prihoda gelioresursov na priemnoi poverhnosti solnechnoi fotoelektricheskoi sistemi// Vestnik KazATK im. M.Tinishpaeva. -2011. –B. 197-203.
  • 4. Kiseleva S.V., Kolomiets Yu.G., Popel’ O.S. Assessment of Solar energy resources in Central Asia// Applied Solar Energy ISSN:0003-701X, -2015, 214-218 b.
  • 5. Sudharshan K.Y., Kumar P.V., Barshilia H.C. Performance evaluation of a thermally concentrated solar thermo-electric generator without optical concentration// Solar Energy Materials &Solar Cells ISSN:0927-0248, -Dec 2016, 93-100 b.
  • 6. Privovarova Z.I., Stadnik V.K. Klimaticheskie harakteristiki solnechnoi radiacii kak istochnika energii na territorii SSSR. - L.: Gidrometeoidat, -2008.-291 b.
  • 7. Khoishiev T.Kh. Jangirtilatin energiya kozderі. Okulik. – Almati, -2013.-256 b.
  • 8. Digo S.M. Bazi dannih: proektirovanie i ispolzovanie: Uchebnik.- M.: Finansi i statistika, 2005.- 592 b.
  • 9. Digo S.M. Proektirovanie i ispolzovanie baz dannih. Uchebnik – M.: Finansi i statistika,1995. - 208 b.