Predictions of the ampacity overhead lines can be framed in a general context that aims to make electric grids highly efficient and reliable. In this paper, methodology is presented provides forecasts, which are valid for both very short term, such as few minutes or hours, longer terms, up 24 hours ahead. The former useful grid operations, while latter may valuable electricity markets. A time s...

This paper proposes a methodology for overhead line ampacity forecasting that enables empirical probabilistic forecasts to be made up one day ahead, which is useful grid scheduling and operation. The proposed method based on the statistical adaptation of weather line-span scale aims produce reliable allow selection low risk overheating conductors by TSOs DSOs. Moreover, evaluation capacity util...