With larger scale renewable energy integrated, high-penetration renewable energy is
deemed as one of the most important characteristics in the future power system. However …

The accuracy of wind speed scenario generation is critical to the energy dispatching and
planning of the wind-integrated power system. The accuracy of the modeling of wind speed …

This paper presents a novel model for transmission expansion planning (TEP) with optimal
transmission switching (OTS) considering uncertain Nk contingency, renewables and loads …

Long distance power transmission is commonly considered as an option for reducing carbon
footprint in future electricity systems. Accordingly, this article presents economic insights in a …

Energy storage systems can provide a series of benefits to improve the operation flexibility
and reliability of electric power systems, but their size and placement in the power system …

Energy hubs (EHs), with interconnecting different energy carriers, technologies, and sectors,
improve energy efficiency and enhance the flexibility of energy management. EHs can be an …

In this paper, a novel method is presented to study the impact of the most congested line on
Locational Marginal Price (LMP), and Transmission Congestion Cost (TCC). In most …

This article presents a novel three‐step structure for simultaneous generation and network
expansion planning under the exact AC power flow equations. This tractable structure …

The growing integration of renewable resources puts stress on the transmission network due
to the growth of power flow and power production uncertainty and so increases complexities …

Curtailment of the production of wind resources due to uncertainty can affect the expansion
of the transmission networks. The issue that needs to be addressed is how to expand the …