A Study on the Fire Risk of Roof Type BIPV

Today, with the rapid development of technology and economy, interest in environment-friendly electric energy is growing. The Korean government is increasing the supply of solar power through subsidies and system improvement. In particular, BIPV, a building integrated solar system, is in the spotlight, and many roof-type BIPVs are being constructed considering the convenience of construction and architectural beauty. However, there is a problem of fire occurrence due to the lack of relevant regulations and response from fire fighting. Therefore, this study concluded that the low-roof slope increases the possibility of fire through the fire case of roof-type BIPV and the investigation of construction buildings.

Authors

Publication Details

Journal
Magazine of Fire Investigation Socity of Korea
Published
2025-06-30
DOI
https://doi.org/10.31345/fisk.2025.16.2.5
Primary Topic
Energy and Environmental Systems
Type
article
Field-Weighted Citation Impact
0.00
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article

A Study on the Fire Risk of Roof Type BIPV

Jungsoo Kim, yong tae Oh, chan young Ha
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Magazine of Fire Investigation Socity of Korea
Energy and Environmental Systems
article

A Study on the Fire Risk of Roof Type BIPV

Jungsoo Kim, yong tae Oh, chan young Ha
article en

Abstract

Today, with the rapid development of technology and economy, interest in environment-friendly electric energy is growing. The Korean government is increasing the supply of solar power through subsidies and system improvement. In particular, BIPV, a building integrated solar system, is in the spotlight, and many roof-type BIPVs are being constructed considering the convenience of construction and architectural beauty. However, there is a problem of fire occurrence due to the lack of relevant regulations and response from fire fighting. Therefore, this study concluded that the low-roof slope increases the possibility of fire through the fire case of roof-type BIPV and the investigation of construction buildings.

Magazine of Fire Investigation Socity of KoreaVol. 16(2)
Sustainable cities and communities
Openalex Percentile: Top 79%
Energy and Environmental Systems
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