20.500.12556/DKUM-98351 Ocena upravičenosti investicije v agrofotovoltaično sončno elektrarno magistrsko delo Financial Feasibility Assessment of an Agrovoltaic Solar Power Plant Investment V magistrski nalogi je obravnavana investicija v agrofotovoltaični (APV) sistem na kmetijskem zemljišču z namenom proizvodnje električne energije za prodajo na trgu. V ospredju raziskave je preučevanje ekonomske upravičenosti takšne investicije ter primerjava dveh scenarijev obratovanja, in sicer sistema brez baterijskega hranilnika ter sistema z vključenim hranilnikom. Agrofotovoltaika predstavlja inovativno rešitev, ki omogoča sočasno rabo prostora za kmetijsko proizvodnjo in proizvodnjo električne energije, kar prispeva k učinkovitejši rabi zemljišč in večji odpornosti kmetijstva na podnebne spremembe. Metodologija temelji na študiji primera izbrane lokacije ter na razvoju tehnološko-ekonomskega modela, ki vključuje analizo investicijskih in obratovalnih stroškov, prihodkov od prodaje električne energije ter ključnih ekonomskih kazalnikov, kot so neto sedanja vrednost (NSV), interna stopnja donosnosti (ISD) in letni denarni tokovi. Poleg tega je bila izvedena simulacija različnih načinov prodaje električne energije (pogodbena in borzna cena) ter analiza vpliva baterijskega hranilnika na donosnost projekta. Za časovno opredelitev izvedbe investicije je bilo uporabljeno mrežno planiranje z metodama CPM in PERT. Rezultati raziskave kažejo, da je investicija v APV sistem finančno upravičena v obeh obravnavanih scenarijih, pri čemer sistem z baterijskim hranilnikom omogoča višje prihodke in hitrejšo povrnitev investicije kljub višjim začetnim stroškom. Analiza potrjuje pomemben vpliv tržnih cen električne energije in razpoložljivih spodbud na donosnost projekta. Ugotovljeno je tudi, da je pričakovan čas izvedbe projekta krajši od 100 dni po PERT metodi, medtem ko je kritična pot po CPM metodi dolga 115 dni. Sklepno lahko ugotovimo, da agrofotovoltaika predstavlja ekonomsko in okoljsko perspektivno rešitev za kmetijska gospodarstva, vendar je njena uspešnost odvisna predvsem od izbire tehnološke zasnove, tržnih razmer in podpornega regulatornega okolja. This master’s thesis examined an investment in an agrivoltaic (APV) system on agricultural land with the aim of generating electricity for sale. The research focused on assessing the economic feasibility of such an investment and compares two operational scenarios: a system without battery storage and a system incorporating a battery storage unit. Agrivoltaics represents an innovative solution that enables the simultaneous use of land for agricultural production and electricity generation, thereby contributing towards more efficient land use and increased climate change resilience in agriculture. The methodology is based on a case study conducted at a selected location and on the development of a techno-economic model, which includes an analysis of investment and operating costs, revenues from electricity sales, and key economic indicators such as net present value (NPV), internal rate of return (IRR), and annual cash flows. In addition, simulations of different electricity sales models (contract-based pricing and market-based pricing) were conducted, along with an analysis of the impact of battery storage on project profitability. For the temporal planning of the investment implementation, network planning techniques were applied using the CPM and PERT methods. The results indicate that the investment in an APV system is financially viable in both considered scenarios, with the system including the battery storage generating higher revenues and enabling a faster payback period despite higher initial costs. The analysis also confirms the significant influence of electricity market prices and available incentives for project profitability. Furthermore, the expected project implementation time is estimated to be less than 100 days, according to the PERT method, while the critical path identified by the CPM method is 115 days long. In conclusion, agrivoltaics represents an economically and environmentally promising solution for agricultural holdings; however, its success largely depends on the choice of technological design, market conditions, and the supporting regulatory framework. obnovljivi viri energije fotovoltaika električna energija agrofotovoltaika ocena investicije renewable energy sources photovoltaics electricity agrophotovoltaics investment evaluation true true false A. Cevzar Slovenski jezik Angleški jezik Magistrsko delo/naloga 2026-06-08 10:17:32 2026-07-29 13:26:07 2026-07-30 03:09:40 0000-00-00 00:00:00 2026 0 Maribor 0 Maribor 1 spletni vir (1 pdf datoteka (VIII, 81 str. pril.)) 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 621.311.243:631.164.23:336.645.1(043)=163.6 286353923 MAG_Cevzar_Andrej_2026.pdf MAG_Cevzar_Andrej_2026.pdf 1 A681387ECD01772B4C2F5E44BB5F68CB c94b5d42ca9392f21c06b6352093bd3732e82d18441f158ef0e03cf13534a435 5721a81c-63de-11f1-9481-00155d580e34 https://dk.um.si/Dokument.php?lang=slv&id=206936 Fakulteta za kmetijstvo in biosistemske vede 0 0 0