IDT Solar Transformers

Optimized for Renewable Energy
High Overload Capacity
Fire-Resistant & Maintenance-Free
Efficient Voltage Step-Up
Compact & Low Noise
Get a Quote

Energy Smart IDT Solar Transformers

Solar inverter duty transformers are used to transfer electrical energy while maintaining the change frequency, and their name mainly depicts their main usage in inverters. As they can convert DC supply into AC supply with a lower voltage requirement, these transformers are helpful to step up the voltage at a value higher than the equipment requirement.

They were explicitly designed in Vadodara in Gujarat for solar and wind energy applications to provide multiple windings on the transformer’s primary side. This is helpful in the enhancement of their performance and connecting the inverters to the grid.

Technical Specifications

  • Range Up to 15 MVA
  • Voltage Class 11 KV, 22 KV, 33 KV
  • Cooling ONAN/AF
  • Winding Material Copper, A Class Insulation

Components

  • MOSFET

    Used for switching currents to convert DC into AC.

  • Steel Tank

    Facilitates the step-up voltage conversion for grid compatibility.

  • Circuit Breakers

    Protects the system from electrical faults.

  • Diodes and Rectifiers

    Essential for converting AC to DC and vice versa in the inverter process.

  • Operational Amplifiers

    Control and regulate electrical signals within the system.

Design
View Details
Design

The working principle of a solar inverter duty transformer combines transformer and inverter functionalities to enhance performance.

  • DC Input Supply

    The input is drawn from a DC supply or battery as stored energy.

  • Magnetic Core Functionality

    The transformer’s core, made of magnetic material, surrounds the primary and secondary windings.

  • AC Reaches the Primary Winding

    In a parallel connection, the AC reaches the primary winding of the transformer.

  • Current Conversion via MOSFETs

    MOSFETs in the inverter switch the current to convert DC into AC.

  • Power Transfer via Electromagnetic Induction

    The primary winding is connected to the secondary, enabling power transfer via electromagnetic induction.

  • Voltage Step-Up or Step-Down/div>

    The voltage is then stepped up or down as needed.

Key Benefits

  • Fire-resistant and self-extinguishing

  • Compact, low-noise, and maintenance-free

  • High efficiency with low energy losses

  • Easy installation near load points

  • Strong overload and short-circuit resistance

  • Optimized for harsh environmental conditions

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

Solar panels, control panels, elevator operation systems, photovoltaic grids, and windmill power transmission centres all frequently employ solar inverter duty transformers. They facilitate smooth power distribution in industrial and renewable energy applications by effectively stepping up or down the voltage.

These transformers increase the voltage produced by solar inverters in photovoltaic (PV) systems to meet grid standards. They are crucial for solar power plants because they guarantee effective power transmission, lower energy losses, and improve grid stability.

These transformers are used by windmill power transmission centres to transform and control wind turbine voltage before supplying it to the power grid. They are perfect for managing variable energy outputs from wind sources because of their high overload capacity and short-circuit resistance.

It is possible to reduce power transmission losses by placing solar inverter duty transformers near load sites, like elevator operation systems. They are perfect for commercial and urban structures because of their small size, low noise levels, and simple maintenance requirements.

Other Products

Distribution Transformers

Power Transformer

Distribution Transformers

Distribution Transformers

Cast resin Dry type Transformers

Cast resin Dry type Transformers

Dry Type Resin Impregnated Transformers

Dry Type Resin Impregnated Transformers

Furnace Duty Transformers

IDT Solar Transformers

Hermatically Sealed Transformers

Blogs

Blog Image
Aug 2024

Lorem Ipsum tempor sed. Nunc sollicitudin sollicitudin

Blog Image
Aug 2024

Lorem Ipsum tempor sed. Nunc sollicitudin sollicitudin

Blog Image
Aug 2024

Lorem Ipsum tempor sed. Nunc sollicitudin sollicitudin