Electric power systems and the companies and customers that interact with them are
experiencing increasing levels of uncertainty due to factors such as renewable energy …

Increased penetration of renewable resources and new loads have increased the
uncertainty levels in low voltage distribution systems (LVDS). This requires considering …

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

Legacy distribution systems need to adapt quickly to upcoming operating scenarios. The
expected growth of electromobility and distributed generation will bring forth many …

Mathematical optimization techniques play a key role in enabling the power system
transition to sustainable energy and are used for a variety of applications such as scenario …

This paper addresses the need for distribution system operators to effectively manage
uncertainties related to distributed energy resources. We propose a probabilistic approach …

In this paper, the probabilistic model of the controllable distributed generation in active
distribution network is developed and applied to the daily stochastic optimal dispatch. The …

With the rapid adoption of intermittent energy sources, HVDC transmission plays an
increasingly significant role in power systems. To optimize the utilization of AC/DC grids with …

The AGC participation factors' optimization changes the distribution of random variables and
consequently causes both modeling and calculation challenges in the existing chance …