The distribution system is undergoing profound transformations with decarbonization efforts
through the rapid integration of renewable energy and the consequent transition of the …

The electric industry is develo** towards a more efficient, reliable, and resilient electric
power network. In this way, utilizing distributed energy resources (DERs), especially …

In traditional power system planning problems, transmission and distribution networks are
separated, which is not suitable for future power systems due to the rapid development of …

In this paper, a robust distribution system expansion planning (DSP) approach is presented
to supply the load growth locally and move toward nearly zero energy local distribution …

The expansion planning of a distribution network (DN) is studied separately and
independently from the behaviour of the transmission network (TN) as well as other DNs …

This paper presents a tri‐level stochastic coordinated transmission and distribution system
expansion (CTDS) planning considering the deployment of energy hubs (EHs) across the …

This paper addresses the decision-making problem associated with generation and network
investments within the context of co-optimized transmission and distribution system …

The rapid development of different energy production and conversion technologies at the
distribution system (DS) level facilitates the integration of electrical, heating, and cooling …

Driven by global efforts for a more sustainable energy system, electric power systems
around the world are undergoing a rapid transformation on both the supply and demand …

With the mass introduction of renewable energies and distributed energy resources to the
power grid, load forecasting approaches are adopted to improve the balancing of supply …