Europe Wind Power Converter Market Key Takeaways

• The Europe wind power converter market was valued at USD 4.55 billion in 2025 and is projected to grow from USD 4.82 billion in 2026 to USD 6.90 billion by 2032.
• The industry is projected to witness steady growth at a CAGR of 6.16% during 2026–2032.
• Full wind power converters dominate the product type segment, accounting for approximately 68% share.
• High-power converters lead the voltage rating segment, capturing approximately 61% share.
• Germany represents the leading country market, accounting for approximately 28% share.
• The market exhibits a moderately consolidated structure, with the top five companies collectively accounting for approximately 56% share.

Europe Wind Power Converter Market Size and Outlook

The wind power converter market in Europe was valued at USD 4.55 billion in 2025 and is projected to reach USD 4.82 billion in 2026, before expanding to USD 6.90 billion by 2032, registering a CAGR of 6.16% during the forecast period.

Market growth is being driven by large-scale offshore wind deployment, rising investments in renewable energy infrastructure, and increasing demand for advanced power electronics that enable efficient grid integration. As European countries continue to accelerate their clean energy transition, wind power converters are becoming essential components for improving turbine performance, power quality, and grid stability.

A key contributor to market expansion is the rapid development of offshore wind projects across the region. Germany, one of Europe's leading wind energy markets, plans to achieve 30 GW of grid-connected offshore wind capacity by 2030, increasing to 70 GW by 2045 under the Offshore Wind Energy Act. These ambitious capacity targets are creating sustained demand for high-performance converter systems capable of converting variable-frequency electricity generated by offshore turbines into stable grid-compatible power. The increasing deployment of larger multi-megawatt turbines is further accelerating the adoption of next-generation converter technologies.

Investment by leading manufacturers also reflects growing confidence in the European market. In 2025, Siemens Energy announced a USD 250.76 million investment to expand converter production at its Nuremberg facility, following an earlier USD 102.58 million expansion. The investment will increase manufacturing capacity while supporting the rising demand generated by utility-scale wind projects across Europe.

Supportive government policies continue to strengthen market prospects. The UK's Clean Power 2030 Action Plan targets 43-51 GW of offshore wind capacity, with additional procurement planned through future allocation rounds. At the same time, repowering programs across Germany, Denmark, and other mature wind markets are replacing aging first-generation turbines with modern, high-efficiency systems, creating additional demand for advanced converter technologies.

Looking ahead, manufacturers are increasingly adopting silicon carbide (SiC)-based converters, which offer higher switching efficiency, reduced thermal losses, and improved reliability for high-capacity wind turbines. Combined with continued offshore wind expansion, grid modernization initiatives, and turbine repowering activities, these technological advancements are expected to sustain robust market growth across Europe through 2032.

Europe Wind Power Converter Market Key Indicators

• In 2025, the European Union's installed wind capacity reached 246 GW, including 224.5 GW onshore and 21.5 GW offshore. This extensive installed base supports sustained demand for wind power converters, as ongoing turbine maintenance, converter replacement, and wind farm modernization continue to drive recurring demand for advanced power electronics across Europe.
• As per the reports, France commissioned 96 MW of offshore wind capacity through 12 turbines rated at 8 MW at the Îles d'Yeu et Noirmoutier wind farm. Each newly installed turbine requires a full-scale, grid-compliant converter, strengthening demand for advanced Europe Wind Power Converter systems across France's expanding offshore wind sector.
• Germany's installed onshore wind capacity reached 68.1 GW in 2025, progressing toward its 115 GW target by 2030. Achieving this goal requires annual additions of 9.4 GW, creating sustained demand for wind power converters as turbine manufacturers expand installations and increase annual converter shipments to support new onshore wind projects.
• In 2025, European wind developers secured USD 51.3 billion in project financing, supporting 20 GW of future wind capacity. This substantial investment strengthens the long-term pipeline for wind power converters, as upcoming onshore and offshore wind projects drive sustained procurement of advanced power electronics and grid-compliant converter systems across Europe.

Europe Wind Power Converter Market Scope

Category	Segments
By Product Type	Partial Wind Power Converter, Full Wind Power Converter
By Application	Onshore Wind Farms, Offshore Wind Farms, Hybrid Renewable Energy Systems (Wind-Solar-Storage/Diesel), Distributed Wind Systems, Wind + Battery Energy Storage Systems (BESS
By Voltage Rating	Low Power (<1MW), Medium Power (1MW – 3MW), High Power (> 3MW
By End User	Utilities, Independent Power Producers (IPPs), Commercial & Industrial (C&I), Community Wind Projects

Europe Wind Power Converter Market Growth Drivers

Driving Renewable Energy Directive Mandates Behind Europe Wind Power Converter Deployment

The Europe wind power converter market is being driven by the European Union's ambitious renewable energy targets under the Renewable Energy Directive (RED III). The directive sets a legally binding target of at least 42.5% renewable energy in gross final energy consumption by 2030 up from a 32% target, compared with 26.2% in 2025. Achieving this objective will require substantial additions to Europe's wind generation capacity, directly increasing demand for wind power converters that enable efficient power conversion, grid synchronization, and compliance with European grid standards. National wind expansion plans are further strengthening market demand. The Netherlands aims to increase its offshore wind capacity to approximately 21 GW by 2032, up from 4.5 GW at the end of 2025. Such large-scale offshore projects require advanced converter systems capable of supporting higher-capacity turbines and reliable grid integration.

As European countries continue expanding onshore and offshore wind infrastructure, converter manufacturers are expected to benefit from long-term procurement opportunities, driven by supportive renewable energy policies, predictable project pipelines, and growing investments in grid modernization and clean energy infrastructure.

Recent Trends

Shift from Grid-Following to Grid-Forming Control in Wind Power Converters

The European wind industry is rapidly transitioning from grid-following to grid-forming (GFM) converter technology as power systems become increasingly reliant on renewable energy. Unlike conventional grid-following converters that depend on an existing grid signal, grid-forming converters can actively regulate voltage and frequency, improving grid stability as conventional fossil fuel power plants are phased out.

This transition is gaining regulatory support across Europe. In November 2025, ENTSO-E published its Phase II Technical Report on Grid Forming Requirements, supporting the development of the updated Network Code on Requirements for Generators (NC RfG 2.0), which introduces grid-forming requirements for non-synchronous generation and energy storage systems. Manufacturers are also strengthening their technological capabilities.

In November 2025, Nordex inaugurated a generator converter test bench at its Rostock facility to develop proprietary converter technologies and validate grid-forming functions under real grid-code conditions. As grid-forming requirements become integrated into national grid connection standards, advanced converter control capabilities are expected to become a key competitive differentiator across the European wind power converter industry.

Europe Wind Power Converter Market Opportunities and Challenges

Harsher Marine Conditions in Deep-Water Sites Creating Demand for Specialized Floating Wind Converters

The expansion of floating offshore wind into deeper waters is creating significant technical challenges for wind power converter systems. As compared to the fixed-bottom projects, floating wind platforms experience continuous structural movement, higher corrosion exposure, and dynamic cable stresses, requiring converter systems with enhanced durability and operational reliability. Conventional converter housings are often not designed to withstand these extreme marine conditions, increasing demand for specialized motion-resistant, corrosion-protected, and platform-integrated power electronics solutions.

This challenge is also creating new opportunities for manufacturers developing advanced converter platforms tailored for high-capacity floating turbines. The UK's Crown Estate's Offshore Wind Leasing Round 5 in June 2025 awarded Equinor and Gwynt Glas (a joint venture between EDF Power Solutions and ESB) exclusive rights to develop floating wind sites in the Celtic Sea with a combined capacity of up to 3 GW as part of a broader 4.5 GW leasing round. Following the signing of Agreements for Lease in October 2025, project development advanced toward engineering phases requiring specialized converter and substation technologies. Suppliers capable of delivering reliable floating wind solutions are expected to gain early advantages as commercial deployment accelerates.

Segmentation Insights

Full Wind Power Converters Lead the Product Type Segment with Approximately 68% Share

Full wind power converters have emerged as the preferred technology for modern wind turbines, primarily due to their compatibility with permanent magnet direct-drive (PMDD) generators, which are increasingly being adopted in new offshore wind projects. Unlike partial converters, full converters completely decouple the generator from grid frequency, enabling variable-speed operation across a wider wind range while ensuring compliance with increasingly stringent fault ride-through and grid stability requirements for large offshore wind farms. This technological shift is exemplified by Siemens Gamesa's SG DD-276 prototype, a 21.5 MW direct-drive turbine commissioned at Denmark's Østerild test center in April 2025, which utilizes full-scale power conversion instead of conventional partial-converter configurations.

As turbine capacities continue to exceed 15 MW, direct-drive architectures are becoming the preferred choice for offshore installations because they eliminate the mechanical constraints associated with gearbox-based systems. Although partial converters continue to serve smaller onshore turbines equipped with doubly-fed induction generators (DFIGs), Europe's expanding offshore wind pipeline is steadily accelerating the transition toward full wind power converters, strengthening their position as the preferred technology for next-generation, high-capacity wind turbine platforms. By product type the market is further segmented into the following sub-categories:

• Partial Wind Power Converter
• Full Wind Power Converter

High-Power (>3 MW) Converters Command Approximately 61% Share by Voltage Rating

High-power converters rated above 3 MW dominate the Europe wind power converter market as the region continues deploying larger and more powerful onshore and offshore wind turbines. Their ability to handle higher current densities and voltage loads makes them essential for next-generation turbines, where lower-rated electrical systems can no longer meet operational and grid integration requirements.

Reflecting this technological evolution, Ingeteam introduced its low-voltage full converter (LV FC) architecture for next-generation wind turbines on 10 March 2026. Leveraging advances in power semiconductor technology, the platform enables low-voltage full converter solutions exceeding 10 MW, a capability previously associated only with medium-voltage systems. According to Windtech International, the architecture incorporates two parallel conversion lines for 6–15 MW turbines, with up to four sub-modules per phase in each power module, creating a highly modular design. This scalable architecture enables OEMs to standardize a single converter platform across multiple turbine ratings, reducing engineering complexity and qualification timelines. As turbine capacities continue to increase, demand is steadily shifting toward high-power converter systems, reinforcing their leadership in Europe's evolving wind energy landscape. By voltage rating the market is further segmented into the following sub-categories:

• Low Power (<1MW)
• Medium Power (1MW – 3MW)
• High Power (> 3MW)

Europe Wind Power Converter Market Geographical Analysis

Germany accounts for approximately 28% of the Europe wind power converter market, supported by the continent's largest operating wind turbine fleet, which creates sustained demand for converter systems for both new installations and repowering projects. According to the Bundesnetzagentur, Germany's installed onshore wind capacity reached 68.1 GW by the end of 2025, while the country's 2030 target stands at 115 GW, requiring an average of 9.4 GW of new capacity annually. This accelerated deployment is expected to sustain long-term procurement of wind power converters.

North Rhine-Westphalia remained the country's leading wind market, accounting for 1,358 MW of new onshore installations in 2025, according to Wind tech International, reinforcing its position as a major demand center for turbine electrical systems. Offshore wind is further strengthening the market.

The Federal Association for Offshore Wind Energy confirmed in July 2026 that Germany's offshore wind capacity exceeded 10.8 GW for the first time, with new 15 MW-class turbines requiring higher-rated full-power converters. As permitting timelines shorten and repowering accelerates across Lower Saxony and Schleswig-Holstein, Germany's converter demand is expected to continue expanding steadily.

Europe Wind Power Converter Market Competitive Landscape

The Europe wind power converter industry is moderately consolidated, with the top five players Siemens Gamesa Renewable Energy S.A., Vestas Wind Systems A/S, ABB Ltd., Nordex SE, and Hitachi Energy Ltd. collectively accounting for approximately 56% of the market share.

Major Companies in the Europe Wind Power Converter market

• Vestas Wind Systems A/S
• Siemens Gamesa Renewable Energy S.A.
• Enercon GmbH
• Nordex SE
• Vensys Energy AG
• Leitner AG
• ABB Ltd.
• Ingeteam Power Technology S.A.
• Flender International GmbH
• ZF Friedrichshafen AG
• Hitachi Energy Ltd.
• Emergya Wind Technologies B.V. (EWT)

Europe Wind Power Converter Market News and Recent Developments

2025: ABB Completes Acquisition of Gamesa Electric's Power Electronics Business in Spain

On 2 December 2025, ABB completed the acquisition of Gamesa Electric's power electronics business from Siemens Gamesa, following the agreement signed in December 2024. The acquisition includes two converter manufacturing facilities in Madrid and Valencia, around 400 employees, and a portfolio covering DFIG wind converters, BESS power conversion, and utility-scale solar inverters.

Impact Analysis: The acquisition expands ABB's wind converter installed base by approximately 46 GW globally, strengthening its position in converter servicing, modernization, and long-term OEM supply agreements across Europe.

2025: EU Innovation Fund Awards USD 84.3 million to BW Ideol's Floating Foundation Factory in France

The European Commission awarded up to USD 84.3 million from the EU Innovation Fund to BW Ideol's Fos3F project for establishing a serial production facility for concrete floating wind foundations in Fos-sur-Mer, France. Selected from 359 applicants, the project was one of four wind manufacturing initiatives supported in the Cleantech Manufacturing category. Since 2020, the Innovation Fund has allocated at least USD 541.2 million to 14 wind energy projects, reinforcing Europe's clean energy manufacturing base.

Impact: The funding accelerates the commercialization of floating offshore wind by strengthening Europe's domestic manufacturing ecosystem. It also creates a localized supply chain for floating wind projects in France, increasing long-term demand for specialized wind power converters, dynamic cable systems, and associated power electronics while encouraging suppliers to expand production capacity closer to emerging floating wind hubs.

2026: Nine North Sea Countries Sign Joint Offshore Wind Investment Pact

At the North Sea Summit on 26 January 2026, Belgium, Denmark, France, Germany, Ireland, Luxembourg, the Netherlands, Norway, and the UK signed the Joint Offshore Wind Investment Pact, committing USD 11.1 billion to expand European offshore wind manufacturing capacity by 2030. The agreement also targets 91,000 new jobs and an annual offshore wind installation rate of 15 GW between 2031 and 2040.

Impact Analysis: The pact establishes a long-term pipeline of offshore wind projects across nine countries, creating predictable demand for high-capacity wind power converters. This encourages manufacturers to expand production capacity, invest in advanced converter technologies, strengthen regional supply chains, and secure long-term supply agreements with offshore wind developers, thereby accelerating market growth and reducing investment uncertainty.