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The Wind Energy Market Report 2025 offers a detailed examination of the sector’s innovation intensity, capital allocation, and workforce development. It extracts extensive firmographic data to analyze the scale and distribution of company activity, from startups to established enterprises. The wind energy outlook explores the dynamics of company formation, early-stage momentum, and consolidation through mergers and acquisitions.
It further presents key performance indicators, including patent volumes, grant awards, and media presence, to assess the technological maturity and visibility of the sector. A dedicated review of investment activity highlights the role of leading financial institutions in advancing clean energy solutions across global markets.
In addition, the wind energy report showcases innovation trends such as floating turbines, digital twins, and predictive analytics. These offer insights into the changes in digital technologies to reshape operational and environmental performance. It also features in-depth descriptions of five startups advancing next-generation wind energy systems, asset intelligence platforms, wildlife protection technologies, and more
Executive Summary: Wind Energy Market Report 2025
- Industry Growth Overview: The wind energy market is expected to reach USD 260.81 billion in 2034. Moreover, the database shows that the industry growth rate of 0.70% over the past year.
- Manpower & Employment Growth: Wind energy employs over 7 million people worldwide, with more than 320 500 new jobs added last year.
- Patents & Grants: Over 588 000 patents were filed, and 7200+ grants were awarded to wind energy companies. China and the USA lead in patent activity.
- Global Footprint: Key country hubs include the USA, UK, Germany, India, and China. Similarly, cities like London, New York, Melbourne, Sydney, and Houston serve as high-density innovation clusters.
- Investment Landscape: Over 13 970+ funding rounds have been completed with an average investment value exceeding USD 115 million per round. The sector attracts financial backing from over 10 000 global investors.
- Top Investors: Leading institutional investors include the European Investment Bank, KKR, Blackstone, Rabobank, Sumitomo Mitsui Banking, and others. Together, they contribute a combined total of more than USD 38.1 billion in funding.
- Startup Ecosystem: Five innovative startups include Flag Turbines (hybrid vertical axis wind turbine), Merchant City Technologies (wind asset management system), IRIDA A.I. Technologies (AI-powered wildlife protection systems), Windpuls (wind measurement sensor), and Amertate (AI-powered hybrid turbines).
Methodology: How We Created This Wind Energy Market Report
This report is based on proprietary data from our AI-powered StartUs Insights Discovery Platform, which tracks 7 million global companies, 20K+ technologies and trends as well as 150M patents, news articles, and market reports. This data includes detailed firmographic insights into approximately 7 million startups, scaleups, and tech companies. Leveraging this exhaustive database, we provide actionable insights for startup scouting, trend discovery, and technology landscaping.
For this report, we focused on the evolution of wind energy over the past 5 years, utilizing our platform’s trend intelligence feature. Key data points analyzed include:
- Total Companies working in the sector
- News Coverage and Annual Growth
- Market Maturity and Patents
- Global Search Volume & Growth
- Funding Activity and Top Countries
- Subtrends within wind energy
Our data is refreshed regularly, enabling trend comparisons for deeper insights into their relative impact and importance.
Additionally, we reviewed trusted external resources to supplement our findings with broader market data and predictions, ensuring a reliable and comprehensive overview of the wind energy market.
What Data is Used to Create This Wind Energy Industry Outlook?
Based on data provided by the StartUs Insights Discovery Platform, we observe that the wind energy market stands out in the following categories relative to the 20K+ technologies and trends we track.
These categories provide a comprehensive overview of the market’s key metrics and inform the future direction of the market.
- News Coverage & Publications: Over 69 730 news articles and publications released articles about wind energy last year.
- Funding Rounds: The sector closed more than 13 970 funding rounds.
- Manpower: It employed more than 7 million workers globally and added over 320 500 new employees last year alone.
- Patents: More than 588 960 patents were filed in the last year.
- Grants: The sector secured about 7200+ grants.
- Yearly Global Search Growth: The industry experienced a 0.18% yearly global search growth.
Explore the Data-driven Wind Energy Market Report for 2025
This heatmap illustrates the dynamic footprint of the wind energy sector across major global hubs. Our database captures insights from 85 820+ companies, including 850+ emerging startups, reflecting the sector’s entrepreneurial momentum.
Despite a modest industry growth rate of 0.70% over the past year, wind energy continues to attract significant innovation.
In the first half of 2024, 45.2 GW of wind capacity was installed. Year-on-year (YoY), total global capacity grew by 12.6%, reaching 1097 GW by June 2024.
India’s cumulative installed wind power capacity reached 48.16 GW in 2024 and is projected to grow to 89.49 GW by 2030. This is driven by a compound annual growth rate (CAGR) of approximately 11.26% between 2025 and 2030.
Global wind installations are set to grow up to 182.5 GW by 2028. Offshore wind projects are set to rise from 9% to 20% of total installations. China’s share is expected to decline from 59% to 41%, while Europe’s is anticipated to increase from 12% to 15%.
North America maintains a steady 7–10% share, with Asia (excluding China) expected to grow between 5-7%. Latin America plans to contribute 3–5%, and Africa & the Middle East will grow from 1% to 3%.
China accounted for two-thirds of all global wind capacity additions and added 76 GW of wind capacity, with 5 GW offshore. The European Union (EU) added 15 GW .
Further, the sector filed for about 588 960+ patents and received 7200+ government-backed grants for research and commercialization.
The workforce supporting this transition stands at an estimated 7 million professionals globally, with an increase in employee growth of 320 500 in the last year.
Geographically, the heatmap highlights key activity centers. The top five country hubs are the USA, the UK, Germany, India, and China. On a city level, London, New York City, Melbourne, Sydney, and Houston emerge as the urban ecosystems driving wind energy advancement.
A Snapshot of the Global Wind Energy Market
The wind energy sector demonstrates steady momentum with an annual growth rate of 0.70%.
The global wind energy market is valued at USD 108.81 billion in 2025. It is projected to reach approximately USD 260.81 billion by 2034 with a compound annual growth rate (CAGR) of 10.2% from 2024 to 2034.
Credit: Precedence Research
Another resource suggests that the wind power market is expected to grow at a CAGR of 11.38%, reaching USD 187.88 billion by 2030.
The offshore wind market is expected to increase to USD 50.62 billion in 2025 and USD 80.82 billion by 2030. The growth rate is projected to be 9.86%.
Analysts project global wind installations to reach 182 GW by 2028, growing at a 9.4% CAGR. Onshore wind will increase from 106 GW to 145 GW, while offshore wind will more than triple from 11 GW to 37 GW.
Credit: Ember
Wind energy saw consistent growth across the European Union, more than doubling its share of electricity generation between 2010 and mid-2020. By the first half of 2020, wind and solar surpassed coal for the first time. This marks a shift toward cleaner power sources.
Further, the wind energy sector currently includes 850+ identified startups. Also, it showcases 1976 early-stage ventures and 1090+ mergers and acquisitions (M&A).
On the innovation front, the sector produced more than 588 960+ patents to date, supported by 226 150+ unique applicants. The yearly patent growth stands at 2.70%. China leads as the top patent issuer with 225 390+ filings, followed by the USA with 86 850+ patents.
Additionally, the US Department of Energy announced a USD 48.6 million funding opportunity for offshore wind R&D. This supports up to 21 projects focused on floating platforms, fixed-bottom technologies, wildlife protection, and supply chain development.
Explore the Funding Landscape of the Wind Energy Market
The average investment size of a funding round in the wind energy sector stands at USD 115.8 million.
Global investments in wind energy reached approximately USD 217 billion in 2023. In Europe, offshore wind investment surged to a record USD 33.1 billion in 2023, up sharply from USD 0.44 billion in 2022.
Additionally, to date, the sector has closed over 13 970+ funding rounds with a network of more than 10 000 investors worldwide. Moreover, more than 4730+ companies received capital, spanning early-stage startups to mature ventures.
Who is Investing in the Wind Energy Market?
The combined investment value by the institutional and financial backers in the wind energy sector surpasses USD 38.1 billion. Here is the breakdown of the top investors:
- European Investment Bank invested USD 12.2 billion across 40 companies.
- KKR allocated USD 3.6 billion to 13 companies.
- Blackstone follows closely with USD 3.4 billion invested in 12 companies.
- Rabobank also invested USD 3.4 billion, distributed among 17 companies.
- Sumitomo Mitsui Banking supported 23 companies with USD 3 billion.
- Caisse De Dépôt Et Placement Du Québec invested USD 2.6 billion in 8 companies.
- CBRE Group contributed USD 2.5 billion to just 3 companies.
- Sberbank CIB invested USD 2.5 billion in at least one company.
- HSBC spread USD 2.5 billion across 24 companies.
- Apollo rounds out the list with USD 2.4 billion invested in 7 companies.
Top Wind Energy Innovations & Trends
Discover the emerging trends in the wind energy market along with their firmographic details:
- Floating Turbines: Floating wind turbines enable energy generation in deep waters where fixed-bottom structures are not feasible. Currently, 108 companies are active in this space. The annual growth rate is slightly negative at 0.47%. However, it employs 6100 individuals, with 505 new employees added in the past year.
- Digital Twin Technology: Businesses use digital twins to monitor wind farms, optimize performance, and perform predictive maintenance. This domain shows momentum, with 9510+ companies involved. It shows an annual growth rate of 16.76%. It involves an employee base of 825 900, including 75 100 new hires in the last year.
- Predictive Analytics: Predictive analytics manages the wind assets. With 17 350+ companies leveraging this domain, it grows at an annual rate of 16.94%. Further, it employs 933 400 people, including 120 100 hired last year.
5 Top Examples from 850+ Innovative Wind Energy Startups
The five innovative startups showcased below are picked based on data including the trend they operate within and their relevance, founding year, funding status, and more. Book a demo to find promising startups, emerging trends, or industry data specific to your company’s needs and objectives.
Flag Turbines offers a Hybrid Vertical Axis Wind Turbine
Dutch startup Flag Turbines develops a hybrid vertical-axis wind turbine. It integrates the aerodynamic efficiency of the Darrieus design with the low-speed torque reliability of the Savonius model.
This configuration incorporates slow-rotating, direct-drive, high-torque turbines. As a result, it reduces mechanical complexity while enhancing reliability and energy output across varying wind conditions.
Moreover, the startup’s cycloidal turbine uses a slow-rotating, automatic blade-pitching mechanism and an axial flux direct-drive generator. This enables smooth start-up at low wind speeds and sustained performance at higher velocities.
Further, it addresses the instability and self-starting limitations of traditional Darrieus turbines while surpassing the energy efficiency of standalone Savonius units. These turbines improve operational consistency, minimize vibration and noise, and support deployment in urban, rural, and offshore environments.
Merchant City Technologies builds Wind Asset Management System
US-based startup Merchant City Technologies develops an AI-enabled, real-time wind asset management and control system to maximize turbine performance. The core technology includes a multi-stage Software as a Service (SaaS) optimization platform.
It integrates AI, machine learning (ML), cloud, and edge computing, along with sensor data to monitor, analyze, and control wind turbine fleets at scale. The startup’s closed-loop automated control system adjusts operations based on real-time environmental data, asset health, and energy market conditions.
Further, the platform enables real-time health monitoring and anomaly detection to pre-emptively identify component degradation and avoid costly failures. It includes advanced prescriptive analytics to estimate the remaining life of critical components and automate performance optimization.
Irida A.I. Technologies provides AI-Powered Wildlife Protection Systems
IRIDA A.I. Technologies, a Greek startup, offers two turbine-mounted wildlife-protection solutions, Bird Protect and Bat Protect. Bird Protect uses starlight cameras in stainless-steel, magnetically attached housings to scan the sky.
Its machine learning (ML) models distinguish birds from aircraft, blades, or clouds, and track flight paths. It emits aversive sounds when a bird approaches a collision zone. If deterrence fails, the turbine pauses until the bird leaves, then automatically restarts.
On the other hand, Bat Protect relies on thermal imaging and ML to detect bats only when they are airborne and shuts off during wind conditions unsuitable for bat flight. Its turbine-integrated mortality reduction module adjusts turbine cut-in speeds with species-specific risk and environmental data. Both systems minimize false positives, maximize turbine uptime, and energy output.
Windpuls develops Wind Measurement Sensor
Austrian startup Windpuls develops a multidimensional wind measurement sensor that captures live wind conditions. It measures the inflow of air toward a sensor mounted on a moving object and tracks sensor speed, position, orientation, and rotational movement. This sensor calculates absolute wind conditions independent of motion and assigns accurate geospatial data to each reading.
As a result, Windpuls provides real-time wind mapping and forecasting capabilities. It also comes with an app and API for detailed data. The sensor further supports applications ranging from energy management and aerodynamic validation to vehicle efficiency optimization and emissions reduction.
Amertate makes an AI-Powered Hybrid Turbine
Finnish startup Amertate develops an AI-powered hybrid turbine that combines drag and lift forces to produce high torque. The turbine features an AI-enhanced blade angle adjustment mechanism that responds to real-time changes in wind direction and speed. This records energy across varying conditions.
Further, by using both lift and drag on the positive and negative wind sides, the turbine performs even at low wind speeds.
The control system operates in multiple modes for safe and consistent output regardless of weather. A variable pitch system continuously adjusts blade angles for maximum efficiency, while a sealed mechanical core protects against dust, moisture, and debris.
Gain Comprehensive Insights into Wind Energy Trends, Startups, and Technologies
The Wind Energy Market Report 2025 records an industry of growth, technological enhancements, and increasing global relevance. As wind power continues to scale, its ecosystem reflects a blend of digital advancement, policy support, and investment confidence. The data illustrates a maturing sector with diversified applications, from deep-sea floating turbines to AI-enhanced asset management.
Emerging technologies enable higher efficiency, lower costs, and greater environmental compatibility. Simultaneously, the rise of startups focuses on technologies like predictive maintenance, real-time weather modeling, and wildlife protection.
With participation from global financial players and concentrated activity in key innovation hubs, wind energy meets rising energy demands while supporting decarbonization goals. The report affirms the sector’s role in shaping a sustainable and economically viable energy future.
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