Solar Power Prediction Based On Satellite Images And Support Vector Machine

Support vector machines.

Solar power prediction based on satellite images and support vector machine.

The generated weather scenarios are used as input variables to a machine learning based multi model solar power forecasting model where probabilistic solar power forecasts are obtained. To obtain reliable output from solar energy prediction of solar radiation is necessary. The motion vectors of clouds are forecasted by. The input of the model includes historical data of atmospheric transmissivity in a novel two dimensional 2d form and other meteorological variables including sky cover relative humidity and wind speed.

Zeng and qiao proposed a least square ls support vector machine svm based model for short term solar power prediction spp in the usa. Easily available meteorological parameters like temperature pressure and humidity have been utilized as inputs to build the prediction. The authors in 11 presented satellite images and a support vector machine svm model to predict the solar irradiance and cloud movement. 2016 prediction of solar irradiation using quantum support vector machine learning algorithm.

In this paper an overview on the various methodologies available for solar radiation prediction based on machine learning is presented. In this paper we propose a solar power prediction model based on various satellite images and a support vector machine svm learning scheme. The framework performs on training the least squares support vector machine ls svm model by means of the abc algorithm using the measured data. Solar energy is one of the most commonly used renewable energy resources.

This article proposes a new hybrid least squares support vector machine and artificial bee colony algorithm abc ls svm for multi hour ahead forecasting of global solar radiation ghi data. The work in 12 presented an auto regression model to. This paper proposes a least square ls support vector machine svm based model for short term solar power prediction spp. In this paper a solar radiation prediction model has been developed for new alipore kolkata.

Extrapolation and statistical processes using satellite images or measurements on the ground level and sky images are generally suitable for short term forecasts up to 6 h. The inputs of the model were historical data on atmospheric transmissivity sky. Massive weather scenarios are obtained by deriving a conditional probability density function given a current weather prediction by using the bayesian theory. Smart grid and renewable energy 7 293 301.