Alternative transformer oil has been investigated universally in the past years. Different types
of vegetable oil have been proposed and evaluated as replacements for conventional …

The motivation to improve components in electric power equipment brings new proposals
from world-renowned scientists to strengthen them in operation. An essential part of every …

In the last decades, vegetable-based insulating liquids, derived from plant seeds, have
emerged as an environmentally friendly alternative to traditional petroleum-based mineral …

Achieving stable dispersion of nanoparticles in dielectric fluids is a challenging task, as
there are complex and diverse influencing factors, requiring molecular-level understanding …

Ferrofluids consisting of stabilized iron oxide nanoparticles and insulating oils have
emerged as a promising substitute for liquid dielectrics in electrical engineering …

This research work aims to investigate the rheological, tribological, and corrosion
characteristics of Mahua oil by introducing Graphene nanoplatelets, Zinc Oxide, and Copper …

By introducing h-BN nanoparticles as eco-friendly lubricant additives, the rheological
(viscosity, shear stress) and tribological (anti-wear, anti-friction) properties of Mahua oil and …

To enhance the thermal efficiency of self-cooling oil-immersed transformers in high-
temperature environments, this study proposes a method to improve heat transfer by …

For power transformer applications, this study explores an alternative insulating liquid. With
this aim, edible natural esters such as refined Olea europaea (olive oil), rice bran oil, soya …

The use of nano-materials can effectively improve the dielectric and heat transfer properties
of natural ester insulating oil. However, the migration and interaction mechanism of …