With an increased transition towards low carbon technologies and their interactions with
information and communication technologies (ICT) in a smart grid environment, reliability …

The accelerating rate of climate changeis likely to impact the performance of photovoltaic
(PV) power generating systemsover the long run. This paper proposes along-termreliability …

This paper presents economic and reliability evaluation of solar photovoltaic energy system
for rural electrification. The solar photovoltaic energy system supplies energy to irrigation …

With the increasing deployment of photovoltaic (PV) sources in the power grid and their
contribution to power generation, it is imperative to obtain accurate models for the reliability …

Dynamic fluctuations in the PV‐source power and different DC‐fault scenarios in the off‐grid
PV‐battery‐based DC microgrid could lead to a rapid decrease in the reliability of the PV …

During the operation time, the practical lifetime of bypass diodes (BD) in photovoltaic (PV)
systems is mostly less than the expected lifetime given by manufacturers. A rapid reduction …

The usage of wind power is much more popular nowadays although the intermittent nature
of wind makes the wind power generation unreliable and stochastic to a large extent. With …

Off-grid electrification is an alternative solution in cases where connection to the public
electricity grid is unviable. Reliability evaluation of such systems is critical to achieve optimal …

With increasing environmental concerns, electric vehicles (EV) are gaining more and more
attention. The main components of EV are composed of power electronic devices, and …

In this paper, regarding to the growing utilization of photovoltaic (PV) systems in power grid,
reliability of a PV system is calculated. In this regard, using FIDES Guide and considering …