o:1371 Proučavanje energetske efikasnosti solarnih modula u zavisnosti od njihove geografske orjentacije, ugla nagiba i njihove temperature u realnim klimatskim uslovima u Nišu The study of efficiency of pv solar modules depending on their geographical orientation, tilt angle and their temperature in real climatic conditions in Nis : doctoral dissertation sr The doctoral dissertation presents basic information on the Sun and the solar radiation, photovoltaic conversion of solar radiation, solar cells, temperature and output parameters of the solar modules and PVGIS-CMSAF program. In addition, dissertation presents the results of theoretical and experimental calculation of the amount of electrical energy generated by differently oriented solar modules in Nis and their energy efficiency. Special attention was paid to the results of simultaneous measurements of the climatic parameters, the solar modules temperature and the electrical parameters of differently oriented solar modules for 12 sunny days in the period from 2014 - 2016. At the end of the dissertation examples of practical applications of differently oriented integrated PV systems for electricity generation at a family home and ten-story residential building in Nis and estimation of CO2 emission reduction by using differently oriented integrated PV systems on residential buildings in Nis are given. 1025477865 91552101 5125 91552100 1025477865 2017-07-19T11:04:40.053Z 45 no 46 mentor Lana S. Pantić-Ranđelović 2017 63 mentor Tomislav M. 1949- Pavlović 2017 63 član komisije Miodrag 1952- Radović 2017 63 član komisije Biljana 1954- Popović 2017 63 član komisije Dragoljub Mirjanić 2017 63 član komisije Jovan Šetrajčić 2017 182 lista 18082925 http://phaidrabg.bg.ac.rs/o:1371 no yes 4 2017-07-19T11:04:40.320Z 70 Solarna energetika, fotonaponska konverzija Sunčevog zračenja,energetska efikasnost solarnih modula, temperatura solarnihmodula Solar energy, photovoltaic conversion of solar radiation, energyefficiency of solar modules, solar module temperature 620.9:621.383.51-026.5(1-1)(1-198)+536.5:551.583(497.11 Niš)](043.3) Р 002 1738 18A07 18A0702 2017