Oil Filling through Oil Impregnation procedure: This involves filling the transformer with oil using a method known as oil impregnation, which is commonly employed for Extra High Voltage (EHV) transformers. This procedure helps to saturate the insulation materials with oil, leading to improved insulation and ultimately, an extended lifespan for the transformer.

Oil Type: The transformer can be filled with either Mineral Oil or Silicone Oil, depending on the specific requirements or preferences of the application.

Electrolytic Grade Copper Winding: The transformer features winding made from high-quality electrolytic grade copper, known for its excellent electrical conductivity and durability.

Low Loss CRGO Silicon Steel Core: The core of the transformer is constructed using Low Loss Cold Rolled Grain-Oriented (CRGO) Silicon Steel, which minimizes energy losses and ensures efficient operation.

Step Lap Construction & Mitered Joints for Core: The core is assembled using a step lap construction technique along with mitered joints, optimizing the magnetic flux path and reducing core losses.

Designed for Extreme System Supply Variations and Ambient Temperature: The transformer is engineered to withstand wide variations in the power supply system and ambient temperature conditions, ensuring reliable performance in diverse environments

Losses as per Star Rating as per BEE: The transformer's losses meet the star rating criteria set by organizations like the Bureau of Energy Efficiency (BEE), ensuring energy efficiency and compliance with industry standards.

Low Power Loss and Low Noise: The transformer is designed to have minimal power losses and operate quietly, making it suitable for installations where noise reduction is important.