인공위성을 이용한 한반도 태양에너지자원 상세 정밀분석
A Detailed Analysis of Solar Energy Resources in Korean Peninsula Using a Satellite
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초록
Since the solar energy resource is the main input for sizing any solar energy utilization system, it is essential to utilize the solar radiation data as an application and development of solar energy system increase. It will be necessary to understand and evaluate the insolation data. The Korea Institute of Energy Research(KIER) has begun collecting horizontal global insolation data since May, 1982 at 16 different locations in Korea and for the more detailed analysis, images taken by geostationary satellite may be used to estimate solar irradiance fluxes at earth's surface. It is based on the empirical correlation between a satellite derived cloud index and the irradiance at the ground. From the results, the measured data has been collected at 16 different stations and estimated using satellite at 44 different stations over the Korean peninsula from 1982 to 2010. The Result of analysis shows that the annual-average daily global radiation on the horizontal surface is 3.66kWh/m2/day and estimated solar radiation fluxes show reliable results for estimating the global radiation with average deviation of -7.2 to +3.7% from the measured values .
Abstract
Since the solar energy resource is the main input for sizing any solar energy utilization system, it is essential to utilize the solar radiation data as an application and development of solar energy system increase. It will be necessary to understand and evaluate the insolation data. The Korea Institute of Energy Research(KIER) has begun collecting horizontal global insolation data since May, 1982 at 16 different locations in Korea and for the more detailed analysis, images taken by geostationary satellite may be used to estimate solar irradiance fluxes at earth's surface. It is based on the empirical correlation between a satellite derived cloud index and the irradiance at the ground. From the results, the measured data has been collected at 16 different stations and estimated using satellite at 44 different stations over the Korean peninsula from 1982 to 2010. The Result of analysis shows that the annual-average daily global radiation on the horizontal surface is 3.66kWh/m2/day and estimated solar radiation fluxes show reliable results for estimating the global radiation with average deviation of -7.2 to +3.7% from the measured values .
참고문헌 (9)
- The Kenneth E., "Johnson Environmental and Energy Center", Solar Radiation Data Sources-Applications and Network Design, DOE, U.S.A., ~ (1978)
- Hans Georg Beyer, "Claudio Costanzo and Detlev Heinemann, Modifications of the HelliosatProcedure for Irradiance Estimates fromSatellite Images", Solar Energy, 56(3), pp.207~212 (1996)
- MD. Rafiqual Islam, "Solar Radiation Mapping from Satellite Image Using a Low Cost System", Solar Energy, 56(3), pp.225~237 (1996)
- Tom Stoffel, "Ray George, Concentrating Solar Power", NREL, 2010, 43~54
- Annual and Monthly Weather Report, "KMA", ~ (1982)
- Jo, D.K., "Estimation of Solar Radiation in Korea Peninsular from Satellite Image", ISES Solar World Congress 2007, pp.2656~2661 (2007)
- Jo, D.K., "A Detailed Survey of the Solar Energy Resources in East-North Asia Areas Using a Satellite", 26(1), pp.1~11 (2006)
- Jo, D.K, "A Study on the Feasibility Evaluation for the Use of Solar Photovoltaic Energy in Korean Peninsular Using a Satellite Image Forecasting Method", 25(2), pp.9~17 (2005)
- Jo, D.K., "A Study on the Feasibility Analysis for the Use of Solar Energy in Korea Using a Satellite", 22(3), pp.69~89 (2002)