The ceaseless efforts by power system industries to promote sustainable and competitive
electric power market structure in the deregulated environment have given rise to enormous …

In the present paper, the static approximate Newton‐Raphson‐Sidel (ANRS) and the
developed down‐hill (DDH) algorithm methods were used. To take advantage of both …

The present research is a pioneering work in the studies of wind farms in Iran and an attempt
to compute static ATC with a high penetration of wind farm. This research investigated …

The primary goal of a power system is to provide consumers with reliable access to power at
the most economical cost. Under the declining costs of renewable energy sources, the …

This article presents a very effective and exact technique for evaluating dynamic available
transfer capability (ATC) using a fast differential equation power flow (DEPF) and Newton …

Abstract Differential equation load flow (DELF) is an innovative approach to convert a load
flow model to a fictitious dynamic system. DELF solves the entire time‐domain analysis of a …

The multi-objective optimal active power dispatch (MOAPD), an important part to realize the
high-efficient and economic operation of power systems, widely considers the reduction of …

Dynamic Available Transfer Capability (DATC) is one of the critical calculations in the
electricity market. A combined method for DATC calculation (CDATC) is proposed. The …

The present paper, firstly, reviews the static and dynamic ATC (SATC-DATC) determination
methods. Secondly, it investigates the state estimate online mode. In this paper, the static …

In this paper, to take advantage of the two methods, Holomorphic embedding power or load
flow and Newton Raphson, both were combined. In an attempt to rectify earlier techniques, a …