To study the heat transfer performance of a new natural ester, the temperature rise of the windings and oil in a transformer is simulated by a simple experimental setup comprising a coil immersed in the oil and powered by a 50 Hz A.C. supply for 30 mins. Because of the differences in the viscosities for various oils, as noted above, the heat produced by the coil will likely to be conducted and dissipated to the entire oil differently.

The study describes the use of nano aluminum nitride in developing thermally conductive but electrically insulative flexible materials for use in high-voltage insulation. The study begins with the detailed protocol for hydrophobic surface treatment of nanofillers for enhanced interaction with base silicone gum. TEM and XRD analysis are used to understand the shape, dimensions, and phase of the filler. XRD analysis revealed the coexistence of aluminum oxide in traces along with aluminum nitride.

The PCB files of the partially interleaved structure with low leakage inductance.

This dataset contains solar radiation data at the high resolution of 1 second for consecutive 72 hours under dynamic weather conditions (sunny and cloudy days). This data can be useful in various fields and researchers can use it in their research for algorithms validation and performance evaluation.