With the high penetration of distributed generations (DGs), modern distribution systems
require novel and efficient optimal power flow (OPF) models. This paper proposes a second …

Active distribution network is encountering serious voltage violations associated with the
proliferation of distributed photovoltaic. Cutting-edge research has confirmed that voltage …

For meshed power networks, even though the conic relaxation is shown to be exact, the
relaxation of angles may not be exact using the existing Second-Order Cone Programming …

Discrete manufacturing systems (MSs) are prevalent across various sectors such as
electronic production, food processing, and apparel manufacturing. However, their operation …

With high integration of distributed energy resources (DERs), modern distribution networks
are subject to optimal power flow (OPF) analysis. Conventional non-linear and linear OPF …

The integration of large-scale distributed generators into active distribution networks (ADNs)
will aggravate voltage fluctuations, which can affect the secure operation of power grids …

This paper presents a comparative analysis of six different iterative power flow methods
applied to AC distribution networks, which have been recently reported in the scientific …

This article proposes a centralized and distributed model based on nonlinear programming
(NLP) for optimal power flow (OPF) analysis in power distribution networks, solved with the …

One of the most critical challenges of the modern power distribution system is to optimize the
network, reduce loss, and ultimately reduce the cost of operation. After years of research, it …

As power systems become more complex and uncertain, low‐voltage distribution networks
face numerous challenges, including three‐phase imbalances caused by asymmetrical …