Solar energy is one of the most common and promising sources of renewable energy. In
photovoltaic (PV) systems, operators can benefit from future solar irradiance predictions for …

In a photovoltaic (PV) plant, various types of anomalies can lead to a decrease in energy
conversion efficiency. These anomalies represent deviations from the normal behavior of the …

Environmental concerns and rising energy costs require innovative solutions for household
water heating. This work presents an innovative strategy for an evacuated tube-based …

Electric power systems have experienced the rapid insertion of distributed renewable
generating sources and, as a result, are facing planning and operational challenges as new …

Solarimetric stations in photovoltaic (PV) systems serve an essential role in identifying
issues and evaluating performance by providing data for simulations. This study aims to …

With the increasing number of photovoltaic (PV) systems, it has become increasingly
important to understand the behavior of all variables that permeate a system and their …

The government's plan to build utility-scale solar power plants for the next decade will
impact the high penetration of solar energy into the grid. This problem is associated with the …

Dual The electricity demand has increased fast in most parts of the world. Traditional power
plants of fossil fuel energy sources produce electricity combined with environmental …

Local solarimetric stations (LSS) are essential for collecting data to evaluate photovoltaic
(PV) plant performance and improve simulation accuracy. When unavailable, commercial …

Anomalias em sistemas fotovoltaicos (FV) são fenômenos responsáveis por desvios do
comportamento normal de um sistema. Esses desvios são naturais em um sistema FV …