제주대학교 Repository

제주지역 신재생발전의 피크타임 이용률 분석

Metadata Downloads
Alternative Title
Analysis of Utilization Rate of Renewable Generation during Electric Power Peak Times in Jeju Island
Abstract
Jeju Island is the largest island of South Korea and has an independent electric supply system. The island has a special energy plan that realizes itself a carbon-free region by 2030. Wind and solar energy resources are considered as an important means. The introduction of weather-variable renewable energy generation sources into the electric power system makes it unstable. The main content of this study was to investigate the capacity factor of large scale renewable energy (solar, wind) power plants operated in Jeju Island during the electric power peak time. We can see their utilization rate or contribution rate during the power peak time by the value of their capacity factors. The largest 19 solar power plants (SPP) and 9 wind power plants (WPP) on the island were chosen and the 4, 12, 25, 50 and 100% electric power peak times were set for this study. There are two electric power peak seasons, summer and winter, in Jeju Island when the electric power demand arrives at peak. Generation of renewable energy plants depends on weather and the climates of the 5 regions of Jeju Island are a little different from one another. Also, we investigated the difference between the average capacity factors of the 5 region's renewable plants. WPPs showed a high contribution to the power grid only during winter peak time and SPPs did high contribution to the power grid only during summer peak time. WPPs and SPPs have inter-compensation relation in the aspect to penetrate renewable power plants into the power grid.
Author(s)
오트곤게렐 줄만다크
Issued Date
2020
Awarded Date
2020. 8
Type
Dissertation
URI
http://dcoll.jejunu.ac.kr/common/orgView/000000009592
Alternative Author(s)
Otgongerel, Zulmandakh
Affiliation
제주대학교 대학원
Department
대학원 에너지응용시스템학부 전기공학전공
Advisor
이개명
Table Of Contents
그림 목차 iii
표 목차 v
SUMMARY vi
1. 서 론 1
2. 신재생발전소의 피크타임 이용률 4
2.1 피크타임 이용률의 평가 개요 4
2.2 피크타임 이용률의 계산 8
2.3 피크타임 설정 방식 10
2.4 %피크타임 11
3. 전력피크타임의 결정과 신재생발전소의 지역구분 12
3.1 제주지역 신재생발전소들에 대한 지역 구분 12
3.1.1 태양광발전소들에 대한 지역 구분 14
3.1.2 풍력발전소들에 대한 지역 구분 15
3.2 분석 데이터의 선정 16
3.3 전력 피크 기간의 선택 18
3.4 %피크타임의 결정 21
4. 신재생발전의 피크타임 이용률 분석 결과 23
4.1 신신재생발전소들의 장마시즌 이용률 23
4.2 태양광발전소들의 5년간 평균 월 이용률 25
4.3 풍력발전소들의 5년간 평균 월 이용률 28
4.4 피크타임대의 풍력발전소의 이용률 30
4.5 피크타임대의 태양광발전소의 이용률 32
4.6 휴일제외 전력피크타임 신재생발전소의 이용률 34
4.6.1 휴일제외 제주도의 %전력피크타임 34
4.6.2 휴일제외 여름철 피크타임 동안의 풍력발전소의 이용률 35
4.6.3 휴일제외 여름철 피크타임 동안의 태양광발전소의 이용률 36
4.7 결과 및 고찰 37
5. 결 론 38
참 고 문 헌 39
Degree
Master
Publisher
제주대학교 대학원
Citation
오트곤게렐 줄만다크. (2020). 제주지역 신재생발전의 피크타임 이용률 분석
Appears in Collections:
Faculty of Applied Energy System > Electrical Engineering
Authorize & License
  • AuthorizeOpen
Files in This Item:

Items in Repository are protected by copyright, with all rights reserved, unless otherwise indicated.