As a non-renewable resource, mineral oil has been re-evaluated for its value and suitability
as the coolant and insulator in transformers because of its environmental unfriendliness, fire …

Nowadays, the electric utility is witnessing a paradigm shift from conventional mineral-based
transformer oils that are exhausting, ecologically unsafe, and verified hazardous to natural …

The superiority of nanofluid over conventional working fluid has been well researched and
proven. Newest on the horizon is the hybrid nanofluid currently being examined due to its …

Solar energy is the most important source of thermal energy that comes from the sun. This
kind of energy has enormous potential applications in fields of technology such as …

In this study, three nanoparticle (NP) categories (SiO 2, TiO 2, ZnO) were used to prepare
nanofluids with RBD coconut oil (CO) and mineral transformer oil (MO). The primary …

This numerical analysis investigates the behavior of magnetohydrodynamics (MHD)
thermosolutal convection in a hybrid nanofluid made up of multi-wall carbon nanotube …

Although vegetable oil is the best substitute for mineral oil, it exhibits numerous
disadvantages, including a high dielectric loss factor, low volume resistivity, and high …

The hybridization of nanoparticles is a concept employed for the improvement of the thermal
properties of nanofluids. Presently, there is a scarcity of studies in the open literature …

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 …

Oil-based nanofluids have been indicated to enhance the breakdown strength and dielectric
behavior of mineral oil. However, partial discharge (PD) development in these new materials …