Divya Electrical Transformers And Services Private Limited

Backed by rich industrial experience we are offering distribution transformer to our customers providing the best services to customers at reasonable rates

Distribution Transformers are categorized from 63 KVA to 2.5 MVA Rating and these are manufactured as per IS 1180 Standard. In this standard losses are very less making it energy efficient transformers.

We are dealing in best quality Power Transformers installed capacity upto 12.5MVA and have an installed capacity to manufacture the same

A furnace transformer is a device designed to decrease or increase the voltage of an alternating current (AC) to make it suitable for use in your heating system. Depending on the amount of power needed by the furnace, the transformer can diminish or amplify the electricity usage.

In star rating transformers we have 5 levels which are level - 1,2,3,4,5. As the level increases losses decrease.

In transformer mode of cooling is of 2 types one is oil cooled and another is Air cooled which is dry type transformer. We manufacture oil cooled transformers on both distribution and power transformers.

An industrial transformer is a device used to change the voltage of electricity in various industrial applications. They are crucial for the efficient transmission of electrical energy across power systems. These transformers typically step up or step down voltage levels to match the requirements of specific equipment or to ensure the safe delivery of power over long distances.

A copper-wound transformer is a type of electrical transformer where the windings (the coils of wire) are made of copper. Copper is a popular material for transformer windings due to its excellent electrical conductivity, which helps minimize energy losses during power transmission. 

Booster Transformer, which is commonly used in electrical engineering. A booster transformer is designed to adjust or "boost" the voltage in a specific part of an electrical system. They’re typically used when there’s a need to raise the voltage at a specific point without affecting the overall system.