SAMOOSKRBA GOSPODINJSKEGA ODJEMA S SONČNO ELEKTRARNO IN BATERIJSKIM SISTEMOM

Abstract
Diplomsko delo opiše in analizira otočno delovanje stanovanjskega objekta za štiričlansko družino z izbiro primerne sončne elektrarne, litij-ionskih baterij in dizelskega agregata (off-grid system). V diplomski nalogi smo na kratko predstavili problematiko delovanja sončne elektrarne, delovanje otočnega sistema in elemente, ki so nujni za njegovo obratovanje, ter opis in delovanje baterij. Sledi opis enačb za modeliranje komponent otočnega sistema, po kateremu principu smo naredili tudi nadaljnje izračune. Na koncu sledi obravnava možnih izbir števila baterij na realnem primeru glede na zahtevnost uporabnika, kjer so grafično in opisno prikazani rezultati za različne kombinacije. V zaključku so ocenjeni rezultati posameznih rešitev ter podana ocena.

Language: Slovenian obnovljivi viri energije, fotonapetostni sistemi, sončne elektrarne, avtonomni sistem sončne elektrarne Bachelor thesis/paper (mb11) FE - Faculty of Electrical Engineering 2016 1391 860 (0 votes) Voting is allowed only to logged in users. AddThis uses cookies that require your consent. Edit consent...

## Secondary language

Language: English Off-grid supply of a household consumer with micro solar power plant and battery storage The diploma thesis describes and analyzes island operation of the residential building for a family with four members with the selection of the appropriate solar power plant, lithium-ion batteries and a diesel generator (off-grid system). In the diploma thesis we briefly presented the issue of the operations of the solar power plant, operations of the island system and the elements which are necessary for its operation, as well as the description and operations of the batteries. Furthermore, there is a description of equations for modeling of the components of the island system, according to which principle we also made the following calculations. At the end there is a discussion about the possible selections of the number of the batteries on the real example with regards to the pretentiousness of the user, where there are the results for different combinations presented graphically and descriptively. In conclusion the results of individual solutions are evaluated and the evaluation is given. renewable resources of energy, photovoltaic systems, solar power plants, autonomous system of the solar power plant