Residential consumers have electrical and thermal loads. Therefore they can be utilized
hybrid thermal and electrical energy systems to procure their required energy. In the …

The growing interest in integrating variable renewable energy resources (RES), besides
global concerns about greenhouse pollution, brings multiple challenges for eco and …

Hybrid green energy system, consisting of photovoltaic (PV), fuel cell and battery, receives
wide attention because of its autonomy, flexibility and promising potential in accelerating the …

In order to stabilize the operation of power systems, it's essential to model the uncertainties
threatening the normal performance of these systems. In this study, a renewable based grid …

In modern power systems, the reliability of energy supplies is a real challenge for the
operators. The emergence of renewable energy resources, along with multi-career users …

Hybrid energy systems are developed recently due to their applicability in small scales. This
paper presents a hybrid approach to optimize the operation and handle the uncertainties of …

In this paper, a risk‐based probabilistic short‐term scheduling of a smart energy hub (SEH)
is presented considering the uncertain variables and the correlation between them …

As renewable energy technologies (RETs) replace fossil fuel-based energy systems, the
need to address the risks and reliability of emerging RETs suitable for integration into …

The optimal management of charging stations has become a critical issue in recent years. In
this paper, the energy management of a hybrid charging station composed of an …

One of the big challenges that system operators have always dealt with is uncertainty of
different parameters in the power systems. In this paper, optimal performance of an on-grid …