Zasnova in računska analiza jeklene konstrukcije prostostoječe sončne elektrarne s sledilnikom

diplomsko delo univerzitetnega študijskega programa

Gregor Kokot (Author), Stojan Kravanja (Mentor), Samo Peter Medved (Co-mentor)

Abstract

Pridobivanje električne energije iz energije sončnega sevanja je v današnjem razvitem svetu stalnica. Zaradi vedno večje ekološke osveščenosti, kratke energijske odplačilne dobe in hitrega tehnološkega razvoja doživlja fotovoltaika, kot relativno mlada veda, v zadnjih letih strm razvoj. V prihodnosti je mogoče pričakovati, da bomo v vsakdanjem okolju videvali vedno več različnih oblik solarnih modulov, ki predstavljajo glavno komponento tega varnega in zanesljivega načina pridobivanja električne energije. Elektrarna, obravnavana v diplomskem delu, pomeni nadgradnjo že obstoječih sistemov sončnih elektrarn. Njena prednost se kaže v izkoriščanju do sedaj neuporabnih območij v človekovem okolju. Eno izmed takih večjih območij predstavljajo neizkoriščene prometne površine, ki danes ne služijo ničemur, le zasedajo prostor in povzročajo nemajhne družbene stroške. Specifična območja postavljanja zasnovane fotovoltaične elektrarne narekujejo razvoj primerne nosilne konstrukcije. Glavne značilnosti nove konstrukcije so hitra montažna izvedba, odpornost na vse pričakovane obremenitve, prilagodljivost razporeditvi in različnim velikostim solarnih modulov.

Keywords

jeklena konstrukcija;fotovoltaika;elektrarna;

Data

Language:	Slovenian
Year of publishing:	2012
Typology:	2.11 - Undergraduate Thesis
Organization:	UM FGPA - Faculty of Civil Engineering, Transportation Engineering and Architecture
Publisher:	[G. Kokot]
UDC:	624.014.2:621.311.243(043.2)
COBISS:	17275670
Views:	1858
Downloads:	164
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	Design, analysis and demensioning of the solar power plant's steel structure with tracker
Secondary abstract:	Generation of electric power from solar radiation is common practice in developed world. Caused by increased ecological awareness, short repayment term and fast techological development, photovoltaics is experiencing high growth although it's a relatively new science. In future we can expect our daily environment to be filled with many various forms of solar panels, which represent the main part of save and trustworthy way of producing electric power. Presented power plant is an upgrade to existing sistems of solar power plants. It's main advantage is in exploitation of regions that were previously unused. A good example of such regions are unused areas in traffic network, from which today we get nothing but high maintaining expenses and occupation of our more and more valuable environment. Due to specific characteristics of placement regions our goal was to design an appropriate framefork of solar plant. It's main features are fast installation, appropriate resistance to all expected loads and ability to adjust to various arrangements and sizes of solar panels.
Secondary keywords:	steel structure;photovoltaics;power plant;
URN:	URN:SI:UM:
Type (COBISS):	Undergraduate thesis
Thesis comment:	Univ. v Mariboru, Fak. za gradbeništvo
Pages:	X, 145 f.
ID:	8725801