The actual line rating in overhead lines varies with weather conditions. When a utility defines a rating value for the operation of the line, it takes into account both the security and the forecast ratio. The defined rating is secure if it is below the actual rating. A good rating forecast ratio is obtained when the defined rating is close to the actual rating. Therefore, the aim of a line rating forecasting method is to define a rating value that is close but below the actual value. This paper shows the rating measurements carried out in a pilot overhead line and analyses the performance of several line rating forecasting methods comparing the defined values with the actual ones.This work is financially supported by the Ministerio de Econ...
Conventional approaches to forecasting of real-time thermal ratings (RTTRs) provide only single poin...
This paper explains the concept of dynamic line rating (DLR) and suggests the method to forecast the...
The replacement and building of new electrical power lines (50 000 km in Europe) can’t cope with the...
International audienceDynamic Line Rating is a technology devised to modify an overhead line's curre...
International audienceThe Dynamic Line Rating (DLR) of overhead lines allows the increase of its amp...
This paper aims to describe methods to determine short term probabilistic forecasts of weather condi...
This paper presents an overview of the state of the art on the research on Dynamic Line Rating forec...
International audienceIn this chapter, the calculation methods of the rating of a line will be first...
This paper proposes a methodology for overhead line ampacity forecasting that enables empirical prob...
The growing demand for electricity and the restructuring of power markets is forcing the power indus...
Dynamic line ratings (DLR) can increase power transmission capacity of power lines. The use of DLR b...
The grid integration of renewable energy supposes an important problem to deal with for Distributor ...
International audienceDynamic Line Rating (DLR) is a promising field of research aiming to help netw...
Dynamic Line Rating is the modification of the maximal current capacity of an overhead electrical li...
Operation and planning of a power system are constrained by the rating of power lines. Usually, the ...
Conventional approaches to forecasting of real-time thermal ratings (RTTRs) provide only single poin...
This paper explains the concept of dynamic line rating (DLR) and suggests the method to forecast the...
The replacement and building of new electrical power lines (50 000 km in Europe) can’t cope with the...
International audienceDynamic Line Rating is a technology devised to modify an overhead line's curre...
International audienceThe Dynamic Line Rating (DLR) of overhead lines allows the increase of its amp...
This paper aims to describe methods to determine short term probabilistic forecasts of weather condi...
This paper presents an overview of the state of the art on the research on Dynamic Line Rating forec...
International audienceIn this chapter, the calculation methods of the rating of a line will be first...
This paper proposes a methodology for overhead line ampacity forecasting that enables empirical prob...
The growing demand for electricity and the restructuring of power markets is forcing the power indus...
Dynamic line ratings (DLR) can increase power transmission capacity of power lines. The use of DLR b...
The grid integration of renewable energy supposes an important problem to deal with for Distributor ...
International audienceDynamic Line Rating (DLR) is a promising field of research aiming to help netw...
Dynamic Line Rating is the modification of the maximal current capacity of an overhead electrical li...
Operation and planning of a power system are constrained by the rating of power lines. Usually, the ...
Conventional approaches to forecasting of real-time thermal ratings (RTTRs) provide only single poin...
This paper explains the concept of dynamic line rating (DLR) and suggests the method to forecast the...
The replacement and building of new electrical power lines (50 000 km in Europe) can’t cope with the...