닫기

- 사단법인 위기관리 이론과 실천 로그인 화면입니다. -

닫기

HOME 통합검색 사이트맵

Article Search

HOME  •  Crisisonomy  •  Article Search

Crisis and Emergency Management: Theory and Praxis; CEM-TP

eISSN : 2466-1201 / pISSN : 2466-1198

한국위기관리논집 [Crisisonomy], Vol.19 no.2 (2023)
pp.89~100

DOI : 10.14251/crisisonomy.2023.19.12.89

- Development of Inspection Standards for Mountain Photovoltaic Power Stations Using AHP Method -

Kwang Youn Lee

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

Young Hyup Lim

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

Jong Seo Lee

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

Dong Hyeon Kim

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

Suk Hee Yoon

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

Hyun Seok Bae

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

Sang Ho Lee

(Technical Research Institute, Korean Association of Forest Enviro-conservation Technology, Cheongju 28165, Korea)

최근 산지 태양광 발전시설에서 토사유출, 산사태 등의 산지토사재해로 인한 피해가 발생함에 따라 산지 태양광 발전시설의 설치 경사기준 강화, 점검 의무화 등의 제도를 정비하여 부작용을 해소하려는 노력을 실시하고 있다. 이러한 배경으로 이 연구는 산지 태양광 발전시설의 사후관리를 위한 점검항목을 선정하고, 산지 태양광 발전시설의 점검·관리 기준을 마련하고자 하였다. 먼저, 산지태양광 발전시설의 점검항목은 산지 태양광 발전시설의 공간적 기준에 따라 대분류 3항목, 중분류 8항목, 소분류 17항목, 세분류 58항목을 선정하였다. AHP 분석방법을 활용하여 각 항목별 가중치를 산정한 결과, 산지토사재해 에 직접적으로 영향을 미치는 “경사”, “침식” 및 “배수시설”과 관련된 항목의 가중치가 높게 나타났다. 더 나아가 각 항목별 가중치를 기반으로 점검표를 제작하여 현장점검을 실시한 결과, 관리 상태에 따라 명확한 점수 차이를 확인할 수 있었다.

AHP 분석기법을 활용한 산지 태양광 발전시설 점검기준 개발

Kwang Youn Lee

Young Hyup Lim

Jong Seo Lee

Dong Hyeon Kim

Suk Hee Yoon

Hyun Seok Bae

Sang Ho Lee

Recently, mountain photovoltaic power stations have caused sediment-related disasters, such as soil erosion and landslides. Efforts to mitigate these issues include strengthening installation slope standards and restructuring systems through mandatory inspections. In response to these challenges, this study aimed to select inspection items for the ongoing management of mountain photovoltaic power stations, and to establish standards for their inspection and overall management. Initially, inspection items for mountain photovoltaic power stations were categorized into three major groups, eight intermediate categories, 17 minor categories, and 58 detailed categories based on spatial criteria. Using the Analytic Hierarchy Process(AHP) analysis method to calculate the weight for each item, 'slope' was found to directly influence mountain landslide disasters, and items related to 'erosion' and 'drainage facilities' carried a high weight. Subsequently, a checklist was developed based on the weight of each item, carrying out on-site inspections. A clear variation in scores depending on the management status was confirmed.

다운로드 리스트