The low‐voltage (LV) distribution network is the last stage of the power network, which is
connected directly to the end‐user customers and supplies many dispersed small‐scale …

This paper develops a general computationally efficient copula-polynomial chaos expansion
(copula-PCE) framework for power system probabilistic power flow that can handle both …

Over time, increased loading density, feeder length and line losses lead to inappropriate
voltage drop. Also, load demand variations which originate from daily and seasonal …

Abstract Changes in load and distributed generation in low voltage distribution systems
(LVDS) have made the individual consumer offtake highly uncertain for the system operator …

This paper proposes an Unscented Transformation-based Probabilistic Power Flow (UT-
PPF) for unbalanced three-phase islanded microgrids. The UT-PPF approach considers the …

Uncertainty assessment of distribution systems performance is an obligation because of the
intermittent nature of solar and wind distributed energy resources, as well as uncertainties in …

As new services and business models are being associated with the power distribution
network, it becomes of great importance to include load uncertainty in predictive …

This paper introduces a decoupled method of calculating the PV hosting capacity of low
voltage distribution system (LVDS) feeders for new solar photovoltaics (PV) installations …

The increase in renewable energy sources and new technologies such as electric vehicles
and storage can generate uncertainties in distribution grid operations, increasing the …

The balancing of three-phase node voltages in modern power distribution grids can be
significantly deteriorated by the penetration of single-phase PV renewable sources. For a …