Snow accumulation alters the energy budget of engineered (ie photovoltaic panels) and
natural surfaces (ie earth) by affecting the amount of solar energy these surfaces can …

Wet snow is a primary cause of atmospheric icing, which can lead to severe damage to
power towers and lines, resulting in electrical breakdowns and blackouts. This study …

Overhead line icing may threaten the operational stability of power grid. In this article, a
detection method for equivalent ice thickness of 500-kV overhead lines based on axial …

Climate change is likely to have a significant effect on snow globally, with most effect where
current winter temperatures are close to 0° C, including parts of upland Britain. There is …

Atmospheric ice accretion caused by freezing precipitation (FP) can lead to severe damage
and the failure of buildings and infrastructure. This study investigates projected changes to …

The ice accretion load in Canadian structural design codes is developed based on an
operational ice accretion prediction model. In the present study, three models are employed …

In response to the problem of insufficient research on the prediction for response
characteristics parameters of isolated-span transmission lines under various ice-shedding …

Ice accretion on transmission lines can lead to serious damages from line breakage and
flashover. This study investigates projected changes to design ice loads for overhead …

The operation reliability of the power grid and the stability of social production are seriously
threatened by the icing of the overhead line. The equivalent ice thickness (EIT) is to convert …

In order to prevent power failures caused by atmospheric phenomena you need to identify
where such phenomena occur and to explore the scale of impact thereof on individual …