Electrical load growth and the addition of renewable energy generation occur at a rate that
can outpace transmission development. As a consequence, transmission lines may become …

This paper presents a review of the literature concerning temperature dependency in the
system-level analysis of overhead transmission systems. Traditional power flow and state …

Uncertainty in renewable energy generation, energy consumption, and electricity prices, as
well as transmission congestion, pose a number of problems in modern power grids …

The transmission congestion issue from the high penetration of renewable energies places
a premium on accurate dynamic line rating (DLR) as a short-term solution for the more …

As the world is pledged towards net zero carbon by 2050, the need for clean and efficient
energy transitions is more critical than ever. Optimizing the power grid transfer capacity is …

In order to adjust the electric power network to today's trends—such as the charging of
electric vehicles, design of the Internal Electricity Market (IEM), headway of renewable …

Dynamic line rating (DLR) has found acceptance and increasing application in transmission
network as a means to utilize the maximum capability of existing transmission lines. With the …

Dynamic Thermal Line Rating (DTLR) incorporates weather conditions prevailing on line
ampacity to calculate actual current-carrying capacity of transmission lines. These weather …

Effective exploitation of overhead transmission lines needs reliable and precise dynamic
line rating forecasting. High-accuracy dynamic line rating forecasting, in particular, is an …

Increases in the proportion of variable renewable energy sources (var-RES) in electrical
power networks are accompanied by increased fluctuations in the conductor currents and an …