PV System of Solar energy - SMART the sity at Campus of UBT – case study
Session
Energy Efficiency Engineering
Description
The UBT campus is geographically located in the central part of Kosovo at the crossroads of the most important roads in the Kosovo region, about halfway between the cities of Pristina and Ferizaj. The main purpose of the work is to supply the electricity campus with the PV solar system, with the connection of SMART communication with the city according to the self-supply model of the constructed facilities. Connections of functionalization and organization of contemporary study life on the basis of ecological background according to the clean model (green) using the roof spaces of buildings with solar panels of PV system with generating capacity of 2x50 MW with connection of wind generating combined potentials, geothermal and amount of water for use for the city SMART. Connecting the inverters to the Grid system with the generating surpluses of the PV system and harmonizing the legislation of the Republic of Kosovo with the balancing and motivating policies for using the natural resource with the educational city of the campus, without ignoring the modeling system with the cooperation links where the area is industrial. The coordinate of the geographical position is 42 ° 32 ′ 0 ″ N, 21 ° 6 ′ 0 ″ E, with an altitude of 550 m, while the area of the radiation time is UT + 1, Albedo from 0.25 solar rays to 0.7 rays, the peak of the radiation area . For this study phase, measurements of solar radiation intensity were made, the slope of the incandescent angle in the space of the solar panel plant connection to the distribution electrical network. The environmental space of the campus is treated and organized according to environmental standards with its own system of educational services SMART.
Keywords:
PV system, radiant efficiency, grid system, SMART communication, environmental protection.
Proceedings Editor
Edmond Hajrizi
ISBN
978-9951-437-96-7
Location
Lipjan, Kosovo
Start Date
31-10-2020 9:00 AM
End Date
31-10-2020 10:30 AM
DOI
10.33107/ubt-ic.2020.152
Recommended Citation
Sofiu, Vehebi; Veseli, Besa; Shabani, Nafije; and Gashi, Sami, "PV System of Solar energy - SMART the sity at Campus of UBT – case study" (2020). UBT International Conference. 126.
https://knowledgecenter.ubt-uni.net/conference/2020/all_events/126
PV System of Solar energy - SMART the sity at Campus of UBT – case study
Lipjan, Kosovo
The UBT campus is geographically located in the central part of Kosovo at the crossroads of the most important roads in the Kosovo region, about halfway between the cities of Pristina and Ferizaj. The main purpose of the work is to supply the electricity campus with the PV solar system, with the connection of SMART communication with the city according to the self-supply model of the constructed facilities. Connections of functionalization and organization of contemporary study life on the basis of ecological background according to the clean model (green) using the roof spaces of buildings with solar panels of PV system with generating capacity of 2x50 MW with connection of wind generating combined potentials, geothermal and amount of water for use for the city SMART. Connecting the inverters to the Grid system with the generating surpluses of the PV system and harmonizing the legislation of the Republic of Kosovo with the balancing and motivating policies for using the natural resource with the educational city of the campus, without ignoring the modeling system with the cooperation links where the area is industrial. The coordinate of the geographical position is 42 ° 32 ′ 0 ″ N, 21 ° 6 ′ 0 ″ E, with an altitude of 550 m, while the area of the radiation time is UT + 1, Albedo from 0.25 solar rays to 0.7 rays, the peak of the radiation area . For this study phase, measurements of solar radiation intensity were made, the slope of the incandescent angle in the space of the solar panel plant connection to the distribution electrical network. The environmental space of the campus is treated and organized according to environmental standards with its own system of educational services SMART.