33 kV Wind Turbine Step-Up Transformer
Specify a 33 kV wind turbine step-up transformer using turbine output, collection voltage and wind-specific operating conditions.
ILLUSTRATIVE PRODUCT IMAGEOverview: A 33 kV wind turbine step-up transformer connects an individual turbine generator to a collection network. The turbine-side voltage, cyclic loading and installation environment must be established from the turbine package and wind farm design.
Where this configuration is considered
Wind projects may install the transformer inside a tower, nacelle or nearby enclosure, depending on the design. Space, vibration, temperature and access can materially affect construction and cooling.
Information to define before quotation
Provide turbine rating, converter output, collection voltage, harmonics, load cycle, ambient and altitude, installation position, enclosure and transport restrictions. Identify utility and turbine-vendor interfaces and required tests.
International standards to review
Reference standards may include IEC/IEEE 60076-16:2018. The applicable editions, clauses, conformity evidence and test scope must be agreed for the final design and destination market. This page does not claim certification or guaranteed compliance for an unspecified product.
A useful question for the technical brief
Will the transformer sit inside the turbine structure or in an external enclosure?
Explore the Special Transformers family, compare all transformer products, or send an RFQ with your project drawings and ratings.
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Electrical ratings
Capacity, voltage ratio, frequency, impedance and the expected load profile.
Site conditions
Indoor or outdoor use, temperature, altitude, space, enclosure and cooling needs.
Project documents
Applicable standards, drawings, required tests, destination and delivery timing.
Tell us what your system needs.
Send a rating, single-line diagram or specification for review.