2012년 기상관측 결과와 한국형 수평면전일사량 예측식(I)
Prediction Correlation of Solar Insolation using Relationships between Meteorological Data and Solar Insolation in 2012
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참고문헌
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초록
To well design the solar energy system, the correlation to calculate and predict solar irradiation is basically needed. So, this study was performed to reveal the relationships between the solar irradiation and four meteorological observation data(dry-bulb temperature, relative humidity, duration of sunshine, and amount of cloud) that didn't show from previous any other researches. And then, we finally proposed the various order non-linear correlation from the measured solar irradiation and four meteorological measurement data using MINITAB. To show the deviation and accuracy of the solar irradiation between measured and calculated, this study compared for the daily total solar insolation. From those results, the calculation error could well predicted about maximum 97% for the daily total solar insolation. But, the coefficients of the proposed correlations didn't show any relationships. So, needs more studies to make the proper one correlation for the country.
Abstract
To well design the solar energy system, the correlation to calculate and predict solar irradiation is basically needed. So, this study was performed to reveal the relationships between the solar irradiation and four meteorological observation data(dry-bulb temperature, relative humidity, duration of sunshine, and amount of cloud) that didn't show from previous any other researches. And then, we finally proposed the various order non-linear correlation from the measured solar irradiation and four meteorological measurement data using MINITAB. To show the deviation and accuracy of the solar irradiation between measured and calculated, this study compared for the daily total solar insolation. From those results, the calculation error could well predicted about maximum 97% for the daily total solar insolation. But, the coefficients of the proposed correlations didn't show any relationships. So, needs more studies to make the proper one correlation for the country.
참고문헌 (8)
- Jo, D. K, "A Study on the Estimating Solar Radiation for Arbitrary Areas", Journal of Korea Solar Energy Society, 9(3), pp.25~36 (1989)
- Yoon, J. H, "Performance Validation of Global to Direct", Diffuse Decomposition Models Using Measured Direct Normal Insolation of Seoul, 1994, 163~171
- Yoon J. H, "Performance Validation of Five Direct", Diffuse Decomposition Models Using Measured Direct Normal Insolation of Seoul, 2000, pp.20(1), 45~54
- Jo, D. K, "Estimating Solar Radiation for Arbitrary Areas Using Empirical Forecasting Models", Journal of KSES, 20(3), pp.21~30 (2000)
- 조덕기, "운량을 고려한 국내 16개 지역의 일사량 예측방법", 한국태양에너지학회 논문집, 30(4), pp.15~21 (2010), 한국태양에너지학회
- 조덕기, "인공위성을 이용한 국내 일사량 분포 예측", 한국태양에너지학회 논문집, 31(2), pp.99~106 (2011), 한국태양에너지학회
- 김기한, "부산지역에 적합한 시간당 수평면 전일사량 산출모델의 비교분석", 한국태양에너지학회 논문집, 33(5), pp.9~17 (2013), 한국태양에너지학회
- Zhang, Q, "Development of Typical Year Weather Data for Chinese Locations", ASHRAE Transactions, 108(Pt. 2), pp.1~17 (2002)
