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 …

Uncertainty in renewable energy generation, energy consumption, and electricity prices, as
well as transmission congestion, pose a number of problems in modern power grids …

Conventionally, the 2-parameter Weibull model, Arrhenius-Weibull model, has been used
vastly for transformer aging-dependent unavailability modeling. However, this model only …

Natural esters have high viscosity in their triglyceride form. Transesterification reduces their
viscosity but lowers their flash point. In this paper, we proposed an optimal blend of natural …

The power transformer is a critical component in any transmission and distribution grid. This
vital machine faces new thermal stresses arising from challenges related to energy transition …

With an increased focus on renewable power generation, dynamic thermal ratings of various
power equipment are being investigated to connect the new intermittent generation to the …

Obtaining an accurate hot‐spot temperature of oil‐natural air‐natural (ONAN) transformer is
important for evaluating its operation status and load capacity. To meet the overload …

With the integration of large-scale renewable energy resources and growth of electricity
demand, the peak-to-valley load difference increases constantly. The overload risk of …

For planning purposes, the loading of assets in electric power distribution circuits is often
modelled in terms of a diversified load. The temporal and probabilistic nature of the load is a …

Area feeder long-term load forecast (LTLF) is one of the most critical forecasting tasks in
electric distribution utility companies. Cost effective system upgrades can only be planned …