Effect of Temperature on Dielectric Liquids with and Without Nano Particles

Temperature plays a crucial role in determining the dielectric properties of liquids, which are fundamental in various electrical engineering applications. In this project, we investigate the effects of temperature on dielectric liquids, both with and without the addition of nanoparticles, using redwood experimental setup and simulation tools such as Mathematica 13.0 and Origin software. Conventional dielectric liquids exhibit temperature-dependent variations in viscosity, impacting their insulation performance. However, the introduction of nanoparticles into these liquids alters their behaviour significantly. Nanoparticles dispersed within the liquid enhance thermal conductivity, particularly at different temperatures. Simulations in Mathematica 13.0 and Origin software provide valuable insights into the behaviour of dielectric liquids. By integrating experimental results with simulation modelling, a comprehensive understanding of the conductivity mechanisms is achieved. This results-based approach enhances knowledge of dielectric behaviour and the relation between viscosity and temperature.