A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information
碩士 === 清雲科技大學 === 電機工程所 === 100 === In recent years, PV system installations increase is not only in quantity, but also in large system or even in power plant. The accumulated installed capacity is getting large, and this could affect entire grid power management and scheduling. Based on this cons...
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ndltd-TW-100CYU054420082015-10-13T22:01:28Z http://ndltd.ncl.edu.tw/handle/21918023548931977582 A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information 基於RSCMAC及區域氣象資訊之太陽照射度預測系統 Xiao Ru Li 李効儒 碩士 清雲科技大學 電機工程所 100 In recent years, PV system installations increase is not only in quantity, but also in large system or even in power plant. The accumulated installed capacity is getting large, and this could affect entire grid power management and scheduling. Based on this consideration, solar irradiance prediction becomes very important to estimate PV power generation, and the generated power will affect power deploy, schedule, or even the entire power grid stability. This project is aimed to provide an efficient solar irradiance prediction model to predict the installed PV system power generation and also for the evaluation of future large-scale grid-connected PV system or PV power plant. The purpose of this project is to apply Recurrent S_CMAC_GBF (RSCMAC) to predict extreme short-term Solar Irradiance. Currently, most studies of the solar irradiance prediction focus on Global Hourly Solar Irradiations (GHSI) and their purpose is to predict the installed PV system power generation, so it can be used to evaluate the installation benefit. Therefore, this project utilizes RSCMAC to develop a solar irradiance prediction model and to verify its feasibility. Ching-Tsan Chiang 江青瓚 2012 學位論文 ; thesis 81 zh-TW |
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碩士 === 清雲科技大學 === 電機工程所 === 100 === In recent years, PV system installations increase is not only in quantity, but also in large system or even in power plant. The accumulated installed capacity is getting large, and this could affect entire grid power management and scheduling. Based on this consideration, solar irradiance prediction becomes very important to estimate PV power generation, and the generated power will affect power deploy, schedule, or even the entire power grid stability. This project is aimed to provide an efficient solar irradiance prediction model to predict the installed PV system power generation and also for the evaluation of future large-scale grid-connected PV system or PV power plant. The purpose of this project is to apply Recurrent S_CMAC_GBF (RSCMAC) to predict extreme short-term Solar Irradiance. Currently, most studies of the solar irradiance prediction focus on Global Hourly Solar Irradiations (GHSI) and their purpose is to predict the installed PV system power generation, so it can be used to evaluate the installation benefit. Therefore, this project utilizes RSCMAC to develop a solar irradiance prediction model and to verify its feasibility.
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author2 |
Ching-Tsan Chiang |
author_facet |
Ching-Tsan Chiang Xiao Ru Li 李効儒 |
author |
Xiao Ru Li 李効儒 |
spellingShingle |
Xiao Ru Li 李効儒 A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information |
author_sort |
Xiao Ru Li |
title |
A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information |
title_short |
A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information |
title_full |
A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information |
title_fullStr |
A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information |
title_full_unstemmed |
A RSCMAC Based Forecasting for Solar Irradiance from Local Environmental Information |
title_sort |
rscmac based forecasting for solar irradiance from local environmental information |
publishDate |
2012 |
url |
http://ndltd.ncl.edu.tw/handle/21918023548931977582 |
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