Distribution Transformers

High energy efficiency with minimal power loss
Superior voltage regulation for stable power delivery
Advanced safety features for secure operation
Reliable durability for long-term performance
Advanced safety features for secure operation
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High Performance Distribution Transformers

An electrical device called a distribution transformer reduces high-voltage energy from transmission lines to a level that is suitable for use in residences, workplaces, and industrial settings. By guaranteeing that electricity is delivered to end consumers safely and effectively, it plays an essential role in power distribution.

Currently, the most challenging decision for most is to find a suitable location to install a Distribution Transformer. The energy departments require these transformers to meet the load, load centre, possibility, and other requirements.

Distribution Transformers were introduced to the market 55 years ago when the city of Vadodara, Gujarat, began manufacturing them under Gujarat Transformers. It was also made to be a subtype of an isolation transformer. They function to modify voltage into a standard output of 240V/120V to be easily used in energy distribution.

Technical Specifications

  • Range 100 KVA to 5000 KVA (5 MVA)
  • Voltage Class Up to 33 KV
  • Cooling ONAN
  • Taping OFF Load Tap Changer /
    ON Load Tap Changer

Properties & Construction

  • Compact Size

    Space-efficient design ensuring reliable and durable performance.

  • Step-Down Operation

    Converts 33kV to a lower voltage for safe power distribution.

  • Consistent Performance

    Functions at 60-70% capacity for stable energy supply.

  • Tap Changer

    Provides 3-5 points for precise voltage regulation and control.

  • Oil-Immersed Windings

    Enhances insulation, prevents overheating, and ensures efficient operation.

  • Conservator Tank

    Manages oil expansion, maintaining system stability and performance.

  • Buchholz Relay

    Detects internal faults early, preventing transformer failures and damage.

  • Silica Gel Breather

    Absorbs moisture, keeping transformer oil dry and contamination-free.

  • Temperature & Pressure Control

    Thermometer and relief system safeguard against overheating damage.

  • Cooling Radiator & Bushings

    Ensures heat dissipation, prevents energy loss, and maintains connectivity.

Distribution Transformer Design
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Distribution Transformer Design

The design of a Distribution Transformer includes the following components:

  • Input Connections

    The primary section, electricity enters the system through them.

  • Output Connections

    The secondary section connects the transformer with the electric instruments in use.

  • Winding

    The primary winding draws energy for supply, and the secondary transmits it to the equipment.

  • Core

    The path of magnetic flux eliminates heat.

Applications of Distribution Transformers

  • Residential & Commercial Use

  • Voltage Step-Down

  • Power Distribution

  • Industrial & Domestic Supply

  • Renewable Energy Integration

  • Hospitals & Healthcare Facilities

Powering Innovation

Reliable Transformer Solutions for Every Industry

55+

Years of expertise in designing high-performance transformers with innovation.

7+

Transformers Tailored for quality and performance across industries.

100+

Clients Relying on our transformers for consistent performance and innovation.

200+

Skilled Professionals Delivering exceptional transformer solutions across various industries.

Powering Innovation

Reliable Transformer Solutions for Every Industry

55+

Years of expertise in designing high-performance transformers with innovation.

7+

Transformers Tailored for quality and performance across industries.

100+

Clients Relying on our transformers for consistent performance and innovation.

200+

Skilled Professionals Delivering exceptional transformer solutions across various industries.

Transformer
Frequently asked questions

Distribution transformers step down high-voltage electricity from power transmission lines to a lower, usable voltage suitable for homes, businesses, and industries. They ensure safe and efficient power distribution across different locations

These transformers are necessary to supply energy at a voltage level that industrial machinery and electrical appliances may safely use. They provide a steady supply of electricity to end customers, lower transmission losses, and enhance power quality.

Using the electromagnetic induction principle, a distribution transformer functions. Through its primary winding, it accepts high-voltage energy, uses its core and secondary winding to step it down to a lower voltage, and then provides consumers with the proper voltage. Protective elements and cooling systems keep everything safe and effective.

Their efficiency comes from their ability to operate at 60–70% of their full capacity throughout the day. They are designed for minimal energy losses, effective cooling through oil-immersed systems, and high durability. Additional features like tap changers allow voltage adjustments, ensuring stable output even with load fluctuations.

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