An active distribution network is an important development trend of the power grid with
widespread use of the distributed generation. The reliability of the active distribution network …

An increase in the share of weather-dependent generation at low voltage levels
necessitates incorporating the low-voltage network in optimizing a distribution network …

This work focuses on establishing a Virtual Storage Bank (VSB) utilizing electric vehicle
(EVs) and electric bus (e-bus) fleets located in various places such as households, office …

The data integration of high voltage (HV) and medium voltage (MV) distribution power grids
is a development trend in future energy management systems. This integration brings about …

The active distribution network (ADN) can obtain measurement data, estimate system states,
and control distributed energy resources (DERs) and flexible loads to ensure voltage …

As more renewable energy generators and adjustable loads such as electric vehicles are
being connected to the power grids, load modelling of the distribution network becomes …

With impending deep electrification powered by innumerable Distributed Energy Resources
(DERs), modeling each DER individually is becoming a critical challenge to the Distribution …

This article presents a collaborative cloud-based control and defense framework designed
to address scheduling challenges and interlayer false data injection (FDI) attacks in a low …

Flexible DC power distribution systems have characteristics such as rapid fault occurrence
and fragile power electronics. DC faults usually result in rapid converter blocking (2–5 ms) …

The distribution network with high penetration of renewable energy such as wind and
photovoltaic power has higher flexibility and power supply efficiency, but it also faces more …