The present paper addresses the problem of the estimation of the day-ahead generated power (GP) of a photovoltaic plant using predicted regional solar radiation (SR). The contribution is twofold. First, it investigates the problems related to the design of day-ahead SR predictors and then studies their combination with the prediction data obtained from a meteorological service. Different setups of the time series model, the weather forecast service and their combinations using ensemble methods have been employed. Secondly, under a similar ensemble framework, the impact of the accuracy in the prediction of meteorological variables on the quality of the GP prediction is evaluated.
Ensemble methods for PV power production prediction
Dao, L. A.;Piroddi, L.;Ferrarini, L.
2017-01-01
Abstract
The present paper addresses the problem of the estimation of the day-ahead generated power (GP) of a photovoltaic plant using predicted regional solar radiation (SR). The contribution is twofold. First, it investigates the problems related to the design of day-ahead SR predictors and then studies their combination with the prediction data obtained from a meteorological service. Different setups of the time series model, the weather forecast service and their combinations using ensemble methods have been employed. Secondly, under a similar ensemble framework, the impact of the accuracy in the prediction of meteorological variables on the quality of the GP prediction is evaluated.File | Dimensione | Formato | |
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