RPPL-300x120
Loading ...
+91 95 12 55 82 82 info@rppltransformers.com Rajkot, Gujarat
Download Brochure
visit our location:
Rajkot, Gujarat
Opening Hours:
Mon - Sat : 9AM - 7PM
Send us mail
info@rppltransformers.com
Phone Number
+91 95 12 55 82 82
Download Brochure

Wind Transformer

Wind Transformer

RAJKOT POWERTRANS PRIVATE LIMITED (RPPL) is one of the leading wind transformer manufacturers in Gujarat, India. With a steadfast commitment to quality, innovation, and sustainability, RPPL has emerged as a key player in the renewable energy sector, contributing significantly to the advancement of wind power technology. Established on the pillars of excellence and integrity, RPPL continually strives to push the boundaries of transformer manufacturing, catering to the evolving needs of the wind energy industry both domestically and internationally.

  • Ratings: Upto 7.5MVA
  • Primary Voltage: Upto 33KV
  • Secondary Voltage: 975/950/690
  • Tap Range: Off Circuit or On-Load tap changers for HV/LV variation as per customers specification.
  • Built to customer specifications in accordance with IS 2026 Energy Efficiency Standards.

Standard Accessories And Features

  • DPC copper.
  • CRGO core./ Amorphous Core.
  • Pressure relief device.
  • HV & LV Bushings.
  • Grounding Bracket.
  • Conservator Tank.
  • Insulation material.
  • Power oil.
  • OTI/WTI indicator.
  • Buchholz relay.
  • A non resettable device that detects internal transformer faults, incorporates pressure relief, and provides an external indication visible from the ground.

Standard Wind Transformer Tests

  • Winding Resistance Measurements.
  • Ratio and Polarity Measurements.
  • Exciting Current and No Load Losses Measurement.
  • Impedance and Load Losses Measurements.
  • AC Dielectric Test.
  • Induced Voltage Test.
  • Core Ground Test.
  • Oil BDV Test.
  • Magnetic Balance Test.
  • Insulation Resistance Test.
  • Vector Group Test.

Optional Accessories And Features

Transformers may be provided with the following optional items if specified by the purchaser.

  • Surge arrester mounting provision.
  • Clamp type low voltage terminals.
  • Stud type or spade type low voltage bushings.
  • High voltage of circuit taps.
  • Cable Box.
  • Additional tests may be requested by the purchaser and shall be performed.
  • Purchaser specified impedance limits.
  • Alternative protection devices, specified by the purchaser.
  • Purchaser specified maximum mass.

Optional Wind Transformer Tests

  • Temperature Rise.
  • Sound Level.
  • Radio Influence Voltage.
  • Partial Discharges (Corona).
  • Basic Insulation Impulse Level.
  • SFRA Test.
  • Short circuit Test.
  • Knee Point Voltage of bushing CT.
  • Polarity and ratio test of bushing CT.
  • Capacitance and Tan-Delta Test.

Some Valuable Information on Wind Transformers

Wind transformers play a crucial role in the functioning of wind energy systems by facilitating the transmission of electricity generated by wind turbines. These specialized transformers are designed to step up the voltage of electricity generated by the turbines to a level suitable for efficient transmission over long distances through power lines. Additionally, they ensure the synchronization of electricity generated from multiple turbines and integrate it seamlessly into the power grid. Wind transformers are engineered to withstand the unique operating conditions of wind farms, including varying wind speeds and environmental factors while maximizing energy efficiency and reliability.

 

As a vital component of wind power infrastructure, wind transformers play a pivotal role in harnessing the renewable energy potential of wind resources, contributing to a sustainable energy future.

 

Wind transformers are specifically designed to handle the power generated by wind turbines. They convert the low output voltage from the generator to higher distribution voltage levels suitable for the grid. They convert the power generated by wind turbines into the form required by the grid. Specifically, they step up the low output voltage from the generator to higher distribution voltage levels. Wind turbines can have variable power output depending on the wind speed. Wind transformers are designed to handle this variability. Wind transformers are designed to be highly efficient to maximize the power output from wind turbines.