Izračun radija vpliva geosonde na temperaturno polje okolice

Bizjak, Luka (author), Vižintin, Goran (mentor), Bračič, Janko (co-mentor)

V tem diplomskem delu se bomo ukvarjali s kondukcijskim prenosom toplote na področju geotermije. V prvih poglavjih bomo naredili pregled čez osnovne pojme geotermije s poudarkom na fizikalnih osnovah prenosa toplote. Povzeli bomo tudi osnove o pridobivanju toplotne energije s pomočjo geosonde, le ta bo tudi konkreten primer za praktični prikaz v zadnjem poglavju. V tem delu se bomo omejili na kondukcijski prenos toplote in v ta namen obravnavali toplotno enačbo.

• Language: Slovenian
• Keywords: geosonda, toplota, toplotna enačba, kondukcija, geotermija
• Work type: Bachelor thesis/paper
• Organization: NTF - Faculty of Natural Sciences and Engineering
• Year: 2018
• PID: 20.500.12556/RUL-101346
• COBISS.SI-ID: 1736031
• Publication date in RUL: 30.05.2018

Secondary language

• Language: English
• Title: Computation of downhole heat pump impact radius on surrounding temperature field

Abstract

In this diploma work we will be dealing with conduction heat transfer in the context of geothermics, In first chapters, the basics of the physics of heat transfer will be reviewed. We will also discuss basics of geothermics with some remarks on application of geothermal energy to economical issues. The basics of downhole heat pumps will be shown. In the remaning chapters we will be focusing on cunduction heat transfer and develop basic theory of the heat equation. With the solutions of the heat equation we will loook at the impact radius of downhole heat pump on the surrounding temerature field.

• Keywords: heat, conduction, geothermics, heat equation, downhole heat pump