Possibilities to Ensure the Thermal Power Plant's Self-Consumption by Using Solar Radiation Utilization Technologies

The article presents some results of a study of the possibilities for using the solar radiation to meet the own energy consumption in a thermal power plant. Three technologies for solar energy utilization were examined - with photovoltaic, thermal and hybrid solar collectors. It is envisaged that collector arrays will be located on the roofs of buildings in the plant and are sized depending on the specific requirements for their installation. The energy utilization of the systems using the three technologies studied was evaluated and the annual fuel savings and reduction in carbon dioxide emissions were determined using a dynamic simulation software.

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Publication Details

Published
2024-09-19
DOI
https://doi.org/10.1109/bulef63204.2024.10794904
Primary Topic
Radiative Heat Transfer Studies
Type
article
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article

Possibilities to Ensure the Thermal Power Plant's Self-Consumption by Using Solar Radiation Utilization Technologies

Totyo Totev, M Zlateva, Borislav Angelov
Radiative Heat Transfer Studies
article

Possibilities to Ensure the Thermal Power Plant's Self-Consumption by Using Solar Radiation Utilization Technologies

Totyo Totev, M Zlateva, Borislav Angelov
article en

Abstract

The article presents some results of a study of the possibilities for using the solar radiation to meet the own energy consumption in a thermal power plant. Three technologies for solar energy utilization were examined - with photovoltaic, thermal and hybrid solar collectors. It is envisaged that collector arrays will be located on the roofs of buildings in the plant and are sized depending on the specific requirements for their installation. The energy utilization of the systems using the three technologies studied was evaluated and the annual fuel savings and reduction in carbon dioxide emissions were determined using a dynamic simulation software.

Trakia University (BG)
Affordable and clean energy
Openalex Percentile: Top 74%
Radiative Heat Transfer Studies
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