Content area

Abstract

V sklopu doktorskega dela smo raziskali možnost združitve obstoječih termoenergetskih postrojenj s sodobnimi postrojenji za proizvodnjo električne energije iz obnovljivih virov. K obstoječem Rankinovem procesu smo zasnovali solarno stolpno postrojenje, ki omogoča proizvodnjo električne energije s pomočjo sončnega obsevanja, ter napravo za čiščenje dimnih plinov, ki prihajajo iz parnega kotla konvencionalnega Rankinovega procesa. To kombinacijo zgoraj omenjenih treh procesov smo poimenovali revitalizacijski model za termoenergetska postrojenja. Teoretično zasnovo modela smo prenesli v programsko okolje MatLab, kjer ustvarimo računalniško kodo in model. S pomočjo računalniškega modela in tržnih parametrov smo na elektrodistribucijskem trgu preizkusili obnašanje modela za pesimistični in optimistični scenarij.

Alternate abstract:

In scope of this PhD thesis, the possibilities to combine the conventional thermal power plants with newer installations for electricity production are researched, based on the renewables. To the existing Rankine process, we design the solar tower installation, which enables the electricity production based on the solar irradiation, and installation for cleaning the steam boiler flue gases of Rankine process. This combination of three aforementioned processes are named the revitalization model for thermal power plants. The theoretical design of the model is integrated into the MatLab computer environment, to make the computer code and model. Based on the computer model and energy market parameters, we test the revitalization model for the pessimistic and optimistic scenarios.

Details

Title
Zasnova, Modeliranje in Analiza Revitalizacijskega Modela Za Termoenergetska Postrojenja
Author
Bricl, Martin
Publication year
2021
Publisher
ProQuest Dissertations & Theses
ISBN
9798544202097
Source type
Dissertation or Thesis
Language of publication
Slovenian
ProQuest document ID
2616397223
Copyright
Database copyright ProQuest LLC; ProQuest does not claim copyright in the individual underlying works.