Conventional fossil fuels are depleting daily due to the growing human population. Previous
research has proved that renewable energy sources, especially solar and wind, can be …

The stability operation and real-time control of the integrated energy system with distributed
energy resources determines the higher and higher requirements for the accuracy of solar …

Daily solar radiation is an important variable in many models. In this paper, the accuracy and
performance of three soft computing techniques (ie, adaptive neuro-fuzzy inference system …

With the characteristics of randomness, fluctuation, nonlinearity and uncertainty, wind speed
affects the stability of wind power system. In order to improve the safety and stability of wind …

Solar radiation can be estimated by a variety of methods in an attempt to overcome the
limitations of on-ground records. Novel methods are often appearing but these are rarely …

The optimal siting of wind farms is a multi-attribute problem, and different objectives and
constraints like economic, environmental, social, and technical should be taken into account …

Due to influences of natural and social factors, the data of solar energy consumption
generally show the characteristic of seasonal fluctuations. In order to forecast data with …

Prior knowledge of solar radiation in situ is very important, for better management, sizing
and control of solar energy installations. In this paper, an application of a support vector …

At present, wind forecast based on Numerical Weather Prediction is widely recognized and
applied for a safer and more sufficient usage of wind sources. However, because of the …

Short-term forecasting of solar irradiance at a targeted site with consideration of its time
series and measurements at neighboring sites is studied in this paper. A data-driven …