Most of the existing overhead transmission lines (TLs) are assigned a static rating by
considering the conservative environmental conditions (eg, high ambient temperature and …

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 …

Wind energy, as a clean energy source, is rapidly expanding worldwide. The correlation
between the expansion of wind power generation and anticipated future demand has the …

Dynamic line rating is a technology that allows for the rating of electrical conductors to be
calculated based on local weather conditions rather than using “worst-case” assumptions of …

This study looks at forecasted dynamic line ratings in southern Idaho by using data from the
high resolution rapid-refresh (HRRR) model for forecasted weather conditions. The HRRR …

Overhead transmission lines (TLs) are conventionally given seasonal ratings based on
conservative environmental assumptions. Such an approach often results in the …

The traditional operational limits of a transmission line are established through “static”
transmission line rating methodologies based on very conservative weather assumptions …

Abstract Dynamic Line Rating (DLR) enables rating of power line conductors using real-time
weather conditions. Conductors are typically operated based on a conservative static rating …

The shift from centralized, controllable conventional power production to decentralized,
uncertain energy generation from renewable sources poses challenges to the quality of …

Dynamic line rating (DLR) is a technology that allows the ampacity of an electrical conductor
to be calculated using real-time or forecasted weather conditions. Historically, the ampacity …