The dynamic thermal rating (DTR) system can safely determine the thermal limits of power
components on the basis of environmental conditions. Studies have shown that the DTR …

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 …

The overhead transmission line system is one of the methods of transmitting electrical
energy at a high voltage from one point to another, especially over long distances. The …

When a wind power system is connected to a network point there is a limit of power
generation based on the characteristics of the network and the loads connected to it …

Condition monitoring for overhead power lines is critical for power transmission networks to
improve their reliability, detect potential problems in the early stage, and ensure the …

Traditional transmission line ratings are limited by a set of fixed conservative weather
assumptions that are also known as static thermal rating (STR). Owing to STR, new line …

Dynamic thermal rating (DTR) is a technique that can effectively reduce the complexity of the
decision-making processes for a smart grid. Internet-of-Things-based DTR monitoring …

Since cable insulation with low thermal conductivity occupies a large proportion of high-
voltage cable, an optimization analysis on dynamic thermal behavior of cable insulation can …

This paper presents a risk-based management framework for transmission lines equipped
with a dynamic thermal rating system. In this framework, future wind speed values required …

The traditional methodology for defining the ampacity of overhead lines is based on
conservative criteria regarding the operating conditions of the line, leading to the so-called …