The purpose of this bachelor thesis is, to allow calculating the payback period of solar cells for the generation of electricity for a single-family home.
Furthermore, it shows the difference between static and dynamic payback period and describes also the advantages, disadvantages, and purpose of this investment calculation method.
Moreover, all factors of influence of the payback period required for this calculation will be explained and, under consideration of these, a calculation of the static and dynamic payback period will be developed.
Inhaltsverzeichnis
Zusammenfassung
Abstract
Abbildungsverzeichnis
Abkürzungs- / Tabellenverzeichnis
1 Einführung
2 Amortisationsrechnung
2.1 Statische Amortisationsrechnung
2.1.1 Die Durchschnittsmethode
2.1.2 Die Kumulationsmethode
2.2 Dynamische Amortisationsrechnung
3 Einflussfaktoren der Amortisationszeit
3.1 Solarzellentypen
3.1.1 Monokristalline Solarzellen
3.1.2 Polykristalline Solarzellen
3.1.3 Dünnschicht Solarzellen
3.2 Einspeisevergütung
3.3 Standort
3.4 Ausrichtung
3.5 Dachfläche
3.6 Degradation
3.7 Wechselrichter
3.8 Leitungsverlust
4 Berechnung der Amortisationszeit
4.1 Variablen für die Berechnung der Amortisationszeit
4.1.1 Zusätzliche Variablen für die dynamische Amortisationsrechnung
4.2 Berechnung der statischen Amortisationzeit
4.3 Berechnung der dynamischen Amortisationszeit
5 Resümee
6 Literaturverzeichnis
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