Due to the increased penetration of distributed energy resources and the presence of
uncertainties in power networks, it is essential to evaluate the uncertainty of system …

Abstract In an islanded Micro-Grid (MG), the use of conventional power flow analysis is not
effective as the voltage of slack bus and the frequency of the MG are assumed to be …

In this paper, the feasibility of peer-to-peer (P2P) energy trading in a voltage-constrained
grid-connected network is studied. In particular, a local voltage management scheme is …

Evaluating the technical impacts associated with connecting distributed generation to
distribution networks is a complex activity requiring a wide range of network operational and …

Computationally efficient and scalable models that describe droop-controlled inverter
dynamics are key to modeling, analysis, and control in islanded microgrids. Typical models …

The main goal of Distribution Automation (DA) is the real-time operation, usually without
operator intervention, of distribution systems as a consequence of load demand or power …

In this work we introduce PowerModelsDistribution, a free, open-source toolkit for
distribution power network optimization, whose primary focus is establishing a baseline …

Future distributed transactive energy markets are envisioned to integrate multiple entities
located mainly at the distribution level of the grid, so that consumers and prosumers can …

In a three-phase four-wire utility system, three-phase unbalanced loads and many single-
phase nonlinear loads result in a neutral line current that is zero-sequence current. To deal …

In the last decade, distributed generation, with its various technologies, has increased its
presence in the energy mix presenting distribution networks with challenges in terms of …