Performance and Flexibility in Motion

Ingeteam Full Converter Low Voltage Solutions for next-generation wind turbines

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NEVI compliant

Ingeteam Full Converter Low Voltage Solutions

A complete optimized system — or state-of-the-art components.

Your choice. Same engineering excellence.

As wind turbines move beyond 10 MW, OEMs face increasing challenges in system integration, performance, and long-term reliability. Ingeteam supports turbine development with flexible, validated electrical solutions designed to meet these evolving requirements.

Electrical system flexibility from day one

Electrical system decisions play a critical role early in wind turbine design. Depending on platform strategy and development stage, OEMs may require a fully optimized electrical system or prefer to integrate individual best-in-class components into their own architecture.

Ingeteam supports both approaches:

  • A fully optimized electrical system combining generator and converter technologies
  • State-of-the-art converters and generators available as standalone solutions

This flexibility allows OEMs to balance performance, integration, and future platform evolution without compromise.

Our Approach

Expertise

Technical knowledge and support

  • Deep expertise in power electronics, generators, and electrical system integration, supporting OEMs from early design decisions through validation and long-term operation.
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Design flexibility

  • Solutions designed to adapt to different turbine architectures, platform strategies, and development roadmaps, giving OEMs the freedom to choose system-level optimization or standalone components.
Safety

Quality performance

  • Validated designs focused on reliability, efficiency, and consistent performance over the full turbine lifecycle, even in demanding operating environments.

LV full converters designed for modern wind turbines

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LV Full Converters



  • Service-friendly modular design that simplifies maintenance and reduces operational effort over the turbine lifecycle
  • State-of-the-art power electronic modules supporting high performance and readiness for future technology evolution
  • Reliable, validated design proven through extensive electrical, mechanical, and environmental testing
  • High energy density enabling compact integration within increasingly constrained nacelle layouts
  • Cybersecurity readiness integrated into control electronics to support secure and digitalized wind assets

Flexible generator solutions for different turbine concepts

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Indar Generators



  • Flexible generator technologies, including PMG and squirrel cage options, adaptable to different turbine architectures
  • Designed for seamless electrical system integration, including compatibility with converter-based platforms
  • Robust and reliable design suitable for harsh wind environments and long operating lifetimes
  • Engineering collaboration and development flexibility to support OEM-specific requirements
  • European-quality manufacturing

Highlights

Flexibility for complete turbine integration

  • whether as a fully optimized generator–converter system or as standalone components

State-of-the-art power modules

  • designed to support high performance and future technology evolution

Fully certified designs

  • reducing integration and certification risk for both converters and generators

High energy density

  • enabling compact electrical system integration in modern wind turbine nacelles

Cybersecurity-compliant designs

  • supporting secure, connected wind turbine platforms

Technical insights

Pdf
Whitepaper

Tailor-made electrical system design for next-generation wind turbines

Upcoming events

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4-6 March, 2026

Orlando (FL), USA

ACP OMS

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21-23 April, 2026

Madrid, Spain, Stand 10-E100

WindEurope Annual Event

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1-4 June, 2026

Houston (TX), USA

ACP CLEANPOWER

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22-25 September, 2026

Hamburg, Germany, Hall A4 - Stand 305

WindEnergy Hamburg

Frequently Asked Questions

When should electrical system decisions be made during turbine development?

Electrical system decisions increasingly need to be considered early in turbine design. Choices related to converters, generators, and system architecture influence integration, layout, scalability, and long-term performance. Addressing these aspects early helps OEMs avoid design constraints later and supports smoother platform evolution.

How can high-power turbines meet space and integration constraints inside the nacelle?

As turbine power increases, space constraints become more challenging. High energy density, compact architectures, and modular designs help enable efficient integration without compromising serviceability or performance. Electrical systems designed with these principles support modern nacelle layouts and simplify long-term operation.

How do electrical systems remain adaptable to future turbine evolution?

Turbine platforms are expected to evolve over time, often increasing in power or adapting to new grid and market requirements. Designing electrical systems with scalability and flexibility in mind helps OEMs adapt without major redesigns. Modular architectures and flexible generator and converter solutions support this long-term adaptability.

Do we need to source the generator and converter as a single system?

No. OEMs have different strategies and levels of internal capability. Ingeteam offers the flexibility to deploy a fully optimized electrical system combining generator and converter technologies, or to integrate state-of-the-art converters and generators as standalone components. Both approaches are fully supported, allowing OEMs to choose what best fits their platform.

How do you reduce technical and operational risk in electrical systems?

Reducing risk requires more than meeting standards. A combination of simulation, testing, and validation across electrical, mechanical, and environmental conditions helps identify issues early and build confidence in long-term performance. This approach supports reliability, certification readiness, and predictable operation in demanding wind environments.

How is cybersecurity addressed in modern wind turbine electrical systems?

As wind turbines become more connected, cybersecurity is an integral part of electrical system design. Addressing cybersecurity at the control and system level helps protect assets, support compliance, and enable secure digitalization throughout the turbine lifecycle.

About Ingeteam

About us

We are Ingeteam, a global technology company with more than 80 years of experience developing electrical solutions to support the transition towards a more sustainable energy system. With a team of over 3,500 people across 15 countries, Ingeteam specializes in power electronics, electrical machines, and energy conversion technologies.

In the wind energy sector, Ingeteam is a leading independent supplier with more than 80 GW of installed capacity worldwide, offering converters, generators, control systems, and associated services to support wind turbine platforms throughout their lifecycle.

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