EXPLOITATION OF A NEW SHORT-TERM MULTIMODEL PHOTOVOLTAIC POWER FORECASTING METHOD IN THE VERY SHORT-TERM HORIZON TO DERIVE A MULTI-TIME SCALE FORECASTING SYSTEM

The relentless spread of photovoltaic production drives searches of smart approaches to mitigate unbalances in power demand and supply, instability on the grid and ensuring stable revenues to the producer.Because of the development of energy markets with multiple time sessions, there is a growing need of power forecasting for multiple time steps, f

Medical students have self-reported the importance of online resources for learning course materials and for preparing for USMLE exams.However, reports describing the actual usage of online resources by medical students are less abundant.In this article, we report the actual usage of institutionally-provided online resources by first-year students

This paper investigates the performance of using multiple intelligent reflecting surface (IRS)-assisted communication as compared to the hybrid approach.We demonstrate that for practical scenarios with a limited amount of radiated power, the performance can be significantly enhanced by increasing numbers of IRS.Upper bounds are derived for multiple

In this study, a positioning stage is considered, which is actuated by four pneumatic cylinders and vertically supported by four coil-type spring isolators.Previously, we realized the base plate jerk feedback (BPJFB) to be analogues to a Master-Slave system which can synchronize the motion of the stage as a Slave to the motion of the base plate as