Wind Power Generation Market Size, Share, Growth, and Industry Analysis, By Type (By Types (1.5 MW,2.0 MW,2.X MW,3.X MW,4-6.X MW,7 MW and Above), By Applications (Onshore,Offshore) ), By Application (AAA), Regional Insights and Forecast to 2035

Wind Power Generation Market Overview

Global Wind Power Generation Market size is projected at USD 69900  million in 2026 and is expected to hit USD 97780.75 million by 2035 with a CAGR of 3.8%.

The Wind Power Generation Market is a critical segment of the global renewable energy ecosystem, driven by increasing energy demand, decarbonization strategies, and grid modernization initiatives. Global installed wind capacity surpassed 1,000 GW, with more than 120 GW of new wind power installations recorded annually across major energy markets. Offshore wind farms contribute more than 12% of total installed wind infrastructure, while onshore systems dominate with over 85% share of global turbines. The Wind Power Generation Market Report highlights increasing turbine sizes exceeding 10 MW for offshore deployment and rotor diameters surpassing 220 meters. 

The United States Wind Power Generation Market remains one of the most mature renewable power sectors globally, with installed wind capacity exceeding 150 GW across more than 40 states. Over 70,000 utility-scale wind turbines operate nationwide, supplying electricity to more than 46 million homes. Texas leads with over 40 GW of wind installations, followed by Iowa, Oklahoma, and Kansas where wind contributes more than 40% of electricity generation. Offshore wind development is accelerating along the Atlantic Coast, with planned capacity exceeding 30 GW. 

Download Free Sample to learn more about this report.

Key Findings

• Key Market Driver: 68% renewable capacity expansion initiatives, 54% national energy transition targets, 47% corporate clean energy procurement growth, 42% expansion in utility-scale wind installations, and 35% increase in turbine efficiency upgrades are accelerating Wind Power Generation Market Growth globally.
• Major Market Restraint: 41% grid integration limitations, 37% supply chain disruptions in turbine components, 33% project permitting delays, 29% land use constraints, and 25% transmission infrastructure shortages are restricting Wind Power Generation Market Expansion.
• Emerging Trends: 52% offshore wind deployment expansion, 46% digital wind farm monitoring adoption, 39% floating wind platform investments, 35% hybrid renewable projects integration, and 31% AI-based turbine optimization solutions influencing Wind Power Generation Market Trends.
• Regional Leadership: 38% Asia-Pacific installed capacity dominance, 28% Europe offshore project share, 22% North America large-scale wind farm expansion, 7% Latin America emerging projects, and 5% Middle East renewable diversification.
• Competitive Landscape: 32% market concentration among top turbine manufacturers, 27% strategic joint ventures in offshore wind, 21% technology partnerships for turbine efficiency, 13% acquisitions in renewable asset portfolios, and 7% new entrants developing advanced turbine systems.
• Market Segmentation: 86% onshore wind installations, 14% offshore wind infrastructure, 62% utility-scale project share, 24% independent power producer installations, and 14% distributed wind energy systems shaping Wind Power Generation Market Share.
• Recent Development: 49% increase in offshore wind project announcements, 36% expansion of turbine capacities above 10 MW, 31% investments in floating wind technology, 27% growth in digital monitoring systems, and 19% development of next-generation turbine blades.

Wind Power Generation Market Latest Trends

The Wind Power Generation Market Trends indicate strong technological advancement in turbine design, wind farm optimization, and offshore wind deployment. Modern offshore turbines now exceed 14 MW capacity with blade lengths surpassing 115 meters, enabling higher energy output from fewer installations. The Wind Power Generation Market Research Report highlights increasing adoption of floating wind farms in deep-water regions where fixed foundations are not viable. More than 70 floating wind pilot projects are currently under development globally. 

Another key development in the Wind Power Generation Market Analysis involves the integration of hybrid renewable energy projects combining wind, solar, and energy storage systems. Over 150 hybrid renewable power projects have been announced globally to stabilize energy supply and improve grid reliability. Energy storage installations connected to wind farms exceed 8 GW of capacity, enabling better management of intermittent power generation. Offshore wind clusters in Northern Europe, East Asia, and North America are expanding rapidly with wind farm arrays exceeding 1 GW project size. The Wind Power Generation Market Forecast also indicates larger rotor diameters and taller towers improving wind capture efficiency in low-wind regions, supporting broader geographic deployment.

Wind Power Generation Market Dynamics

DRIVER

"Rising Global Renewable Energy Demand"

Global energy transition strategies are accelerating the Wind Power Generation Market Growth as governments and corporations prioritize renewable electricity generation. More than 130 countries have implemented renewable energy targets aimed at increasing clean power generation. Wind energy contributes over 7% of global electricity supply, with rapid expansion in utility-scale projects exceeding 500 MW capacity. Large energy consumers including manufacturing, technology companies, and data centers are signing long-term power purchase agreements for wind energy exceeding 50 TWh annually. Increasing turbine sizes, improved capacity factors above 40% in high-wind regions, and grid modernization investments are driving deployment of large-scale wind farms. 

RESTRAINTS

"Transmission and Grid Integration Constraints"

Transmission infrastructure limitations remain a major challenge in the Wind Power Generation Market Analysis. Many high-potential wind regions are located far from urban electricity demand centers, requiring long-distance transmission networks. More than 30% of planned wind projects experience delays due to grid connection bottlenecks and permitting processes. In several markets, transmission expansion projects exceeding 2,000 km of new power lines are required to support renewable integration. Grid operators must also manage variable wind output, requiring balancing systems and energy storage solutions. Curtailment rates in certain regions exceed 5% due to grid congestion. 

OPPORTUNITY

"Expansion of Offshore and Floating Wind Projects"

Offshore wind development represents one of the largest opportunities within the Wind Power Generation Market Opportunities landscape. Global offshore wind capacity already exceeds 75 GW, with large pipeline projects planned across Europe, Asia, and North America. Floating wind platforms are unlocking deeper offshore regions where wind speeds exceed 9 meters per second, significantly increasing potential energy output. Over 300 GW of offshore wind projects are currently in planning stages globally. Turbines above 12 MW capacity are enabling wind farms exceeding 1 GW scale. 

CHALLENGE

"Rising Manufacturing and Installation Costs"

Cost volatility in turbine manufacturing, transportation, and installation is creating challenges within the Wind Power Generation Market Outlook. Wind turbine blades exceeding 100 meters require specialized materials, logistics infrastructure, and heavy-lift vessels for offshore installation. Steel, rare earth materials, and electronic component costs have increased significantly, influencing turbine production expenses. Offshore wind installation vessels costing over USD 300 million are required for large turbine deployment. Additionally, complex supply chains across blades, gearboxes, generators, and towers create logistical challenges that impact project timelines. 

Wind Power Generation Market Segmentation

The Wind Power Generation Market segmentation is primarily categorized by turbine capacity type and installation application. Turbine capacity segmentation includes 1.5 MW, 2.0 MW, 2.X MW, 3.X MW, 4–6.X MW, and 7 MW and Above systems that vary based on rotor diameter, tower height, and energy output capability. Application segmentation includes Onshore and Offshore wind energy installations, which differ in infrastructure requirements, wind resource availability, and grid integration strategies. 

Download Free Sample to learn more about this report.

BY TYPE

1.5 MW: The 1.5 MW wind turbine segment represents one of the most widely deployed turbine capacities across early and mid-scale wind farms globally. More than 35,000 turbines of approximately 1.5 MW capacity operate worldwide, especially across North America, Europe, and parts of Asia where wind infrastructure development began earlier. Typical rotor diameters in this category range between 70 and 85 meters, while tower heights commonly exceed 80 meters to capture stronger wind currents. A single 1.5 MW turbine can generate electricity sufficient to power roughly 400–500 average households depending on wind conditions and capacity factors. The Wind Power Generation Market Insights show that 1.5 MW turbines remain attractive for repowering older wind farms and smaller community-scale projects. Many earlier wind farms installed turbines below 1 MW capacity, and replacement with 1.5 MW systems can increase energy output by nearly 30% using the same land footprint. In the United States alone, thousands of wind turbines installed across the Midwest operate within the 1.5 MW category. 

2.0 MW: The 2.0 MW turbine category represents a widely adopted technology across modern utility-scale wind farms. Globally, tens of thousands of turbines with approximately 2 MW capacity are installed across more than 70 countries. Rotor diameters in this class generally range from 90 to 110 meters, significantly increasing the swept area and enabling higher energy capture from wind currents. Tower heights commonly reach 90–100 meters, allowing turbines to operate in stronger wind layers. Wind Power Generation Market Trends indicate that 2.0 MW turbines are commonly deployed across large onshore wind farms due to their balance between energy output and installation cost. A typical 2.0 MW turbine can generate electricity for around 600 households annually under average wind conditions. 

2.X MW: The 2.X MW turbine category represents an advanced variation of the 2 MW class with slightly higher output ranging between approximately 2.1 MW and 2.9 MW capacity. These turbines are widely adopted across modern wind farms seeking higher generation efficiency without significantly increasing infrastructure complexity. Rotor diameters for 2.X MW turbines typically range between 100 and 125 meters, increasing wind capture area by nearly 40% compared to early 2 MW models. Wind Power Generation Market Insights indicate that this turbine segment is highly suitable for moderate wind resource regions where larger turbines may not operate efficiently. Many wind farms across Europe, India, and South America use turbines within the 2.X MW range because they offer improved energy output while maintaining stable grid integration.

3.X MW: The 3.X MW turbine segment represents a newer generation of high-capacity wind turbines designed to maximize energy production per installation unit. These turbines generally produce between 3 MW and 3.9 MW of power and are widely used in large utility-scale wind farms. Rotor diameters typically exceed 130 meters, with blade lengths ranging between 60 and 70 meters. This large swept area allows turbines to capture significantly greater wind energy compared to smaller capacity turbines. Wind Power Generation Market Analysis shows that 3.X MW turbines are commonly deployed in regions with strong and consistent wind resources. A single turbine within this category can generate enough electricity to supply nearly 1,000 households depending on wind conditions. Wind farms deploying 3.X MW turbines often exceed 300 MW capacity with fewer than 100 installations. 

7 MW and Above: The 7 MW and Above turbine segment represents the most advanced category within the Wind Power Generation Market. These turbines are primarily used in large offshore wind farms where strong and consistent wind speeds allow for extremely high power generation capacity. Turbines within this category typically range from 7 MW to more than 15 MW of output. Rotor diameters for these turbines can exceed 220 meters, creating a massive swept area capable of capturing significant wind energy. Blade lengths often exceed 100 meters, while tower heights may reach 140 meters or more above sea level. A single turbine within this capacity range can generate electricity for more than 5,000 households depending on wind conditions. Offshore wind projects using turbines above 7 MW frequently exceed 1 GW total capacity.

BY APPLICATION

Onshore: Onshore wind power generation represents the dominant application within the Wind Power Generation Market, accounting for the majority of global installed capacity. More than 85% of all wind turbines worldwide are installed on land-based wind farms due to easier infrastructure development and lower installation costs. Onshore wind farms are typically located in regions with consistent wind speeds such as plains, coastal areas, and mountain passes. Typical onshore wind farms range from 50 MW to more than 500 MW capacity depending on land availability and wind resources. Many of the largest onshore wind farms include hundreds of turbines distributed across thousands of acres of land. In major wind energy markets such as the United States, China, Germany, and India, onshore wind contributes a significant portion of national electricity generation. Modern onshore turbines commonly range between 2 MW and 5 MW capacity, with rotor diameters exceeding 130 meters and tower heights surpassing 100 meters. 

Offshore: Offshore wind power generation is one of the fastest expanding segments within the Wind Power Generation Market due to stronger and more consistent wind resources available at sea. Offshore wind farms are typically located several kilometers from coastlines where wind speeds frequently exceed 9 meters per second. These stronger winds allow turbines to produce significantly higher energy output compared to many land-based installations. Offshore wind turbines are generally larger than onshore turbines, often exceeding 7 MW capacity with rotor diameters greater than 200 meters. Wind farms installed in offshore environments often exceed 1 GW capacity and are connected to mainland power grids through subsea transmission cables. 

Wind Power Generation Market Regional Outlook

The Wind Power Generation Market demonstrates strong regional diversification driven by renewable energy policies, wind resource availability, and grid infrastructure expansion. Asia-Pacific accounts for approximately 38% of global installed wind capacity due to large-scale turbine deployments across China, India, and emerging Southeast Asian markets. Europe represents nearly 28% of the global Wind Power Generation Market Share, supported by offshore wind expansion and high renewable electricity penetration across coastal economies. 

Download Free Sample to learn more about this report.

NORTH AMERICA

North America represents nearly 22% of the global Wind Power Generation Market Share and remains one of the most mature wind energy regions. The region has installed more than 170 GW of wind power capacity across thousands of wind farms. The United States dominates regional installations, accounting for nearly 88% of North American wind generation capacity, while Canada contributes around 11% and Mexico approximately 1%. Over 75,000 wind turbines operate across the United States alone, producing electricity for more than 46 million households. Large wind energy corridors across the Midwest and Great Plains provide ideal wind speeds averaging between 7 and 9 meters per second at turbine hub heights. States including Texas, Iowa, Oklahoma, and Kansas collectively account for more than 45% of total wind installations in the United States. Texas alone operates more than 40 GW of installed wind capacity supported by extensive transmission networks connecting wind farms to urban demand centers. Canada contributes significant wind power capacity with more than 6,500 turbines installed across provinces including Ontario, Alberta, and Quebec.

EUROPE

Europe accounts for approximately 28% of global Wind Power Generation Market Share and is widely recognized as a leader in offshore wind energy development. The region has installed more than 240 GW of total wind power capacity across onshore and offshore wind farms. Several European countries generate more than 25% of their electricity from wind energy, with Denmark exceeding 50% wind electricity penetration. Northern Europe dominates offshore wind deployment, particularly across the North Sea and Baltic Sea regions where wind speeds exceed 9 meters per second. Offshore wind farms in these areas frequently exceed 1 GW capacity and utilize turbines ranging from 8 MW to 15 MW. More than 30 large offshore wind clusters operate across coastal regions including the United Kingdom, Germany, the Netherlands, and Denmark. Onshore wind remains a major component of Europe’s wind energy infrastructure. Spain, France, Germany, and Sweden collectively operate tens of thousands of turbines across mountainous and coastal landscapes. 

GERMANY Wind Power Generation Market

Germany represents one of the largest contributors to the European Wind Power Generation Market, accounting for approximately 24% of the region’s wind capacity. The country operates more than 30,000 wind turbines across onshore and offshore wind farms, with total installed wind power capacity exceeding 65 GW. Wind energy contributes more than 25% of Germany’s total electricity generation, making it a central component of the national energy transition strategy. Onshore wind farms dominate Germany’s wind infrastructure, accounting for nearly 80% of total wind installations. These turbines are primarily located across northern federal states including Lower Saxony, Schleswig-Holstein, and Brandenburg where average wind speeds exceed 7 meters per second. Tower heights frequently exceed 120 meters, allowing turbines to capture stronger wind flows in relatively flat landscapes. Germany is also a major offshore wind producer in Europe. Offshore wind farms located in the North Sea and Baltic Sea operate turbines with capacities exceeding 8 MW and rotor diameters surpassing 180 meters. 

UNITED KINGDOM Wind Power Generation Market

The United Kingdom plays a major role in the global Wind Power Generation Market and accounts for approximately 28% of Europe’s offshore wind capacity. Wind energy contributes more than 30% of the country’s electricity generation, making it one of the most significant renewable power sources in the national energy system. The United Kingdom has installed more than 28 GW of wind power capacity across both onshore and offshore wind farms. Offshore wind accounts for nearly 60% of the country’s wind generation capacity due to strong wind resources across the North Sea and Irish Sea. Several offshore wind farms exceed 1 GW capacity and deploy turbines above 10 MW. Large offshore wind clusters are located between 20 and 100 kilometers from the coastline, where wind speeds frequently exceed 9 meters per second. Rotor diameters for offshore turbines exceed 200 meters, enabling extremely high energy capture from strong marine wind currents. 

ASIA-PACIFIC

Asia-Pacific holds approximately 38% of the global Wind Power Generation Market Share and represents the largest regional market for wind energy deployment. The region has installed more than 450 GW of wind capacity across onshore and offshore wind farms. China dominates regional installations, accounting for more than 65% of Asia-Pacific wind capacity, followed by India, Japan, South Korea, and Australia. Large onshore wind farms across northern China, Inner Mongolia, and Xinjiang feature thousands of turbines operating in wind speeds exceeding 8 meters per second. Many of these wind clusters exceed 5 GW capacity and are connected to urban electricity demand centers through long-distance transmission networks. India represents another major wind market within the region with installed capacity exceeding 40 GW. Wind farms across Tamil Nadu, Gujarat, and Maharashtra operate turbines ranging from 2 MW to 4 MW capacity and contribute a significant portion of regional renewable electricity generation. Asia-Pacific also leads in offshore wind expansion. 

JAPAN Wind Power Generation Market

Japan represents a growing contributor to the Asia-Pacific Wind Power Generation Market with approximately 6% regional market share. The country has installed more than 5 GW of wind power capacity across both onshore and offshore wind farms. Wind energy plays an increasingly important role in Japan’s renewable energy diversification strategy following energy security concerns. Onshore wind farms are primarily located across northern regions including Hokkaido and Tohoku where wind speeds frequently exceed 7 meters per second. These regions host hundreds of turbines operating at capacities ranging between 2 MW and 4 MW. Mountainous terrain and coastal wind patterns create favorable conditions for wind electricity generation. Japan is also investing heavily in offshore wind development due to limited land availability for large-scale wind farms. Offshore wind projects are being constructed along the Pacific coastline where wind speeds exceed 9 meters per second. 

CHINA Wind Power Generation Market

China dominates the global Wind Power Generation Market and accounts for nearly 35% of total global installed wind capacity. The country operates more than 400 GW of wind power capacity across thousands of onshore and offshore wind turbines. Large wind energy bases located in Inner Mongolia, Xinjiang, and Gansu host massive wind farms exceeding 10 GW capacity. China’s wind farms often consist of hundreds of turbines connected through large transmission corridors delivering electricity to urban regions. Turbines installed in these projects frequently exceed 4 MW capacity with rotor diameters surpassing 150 meters. Average wind speeds across northern China range between 7 and 9 meters per second, allowing high capacity factors. Offshore wind energy is expanding rapidly along China’s eastern coastline including Jiangsu, Guangdong, and Zhejiang provinces. Offshore wind farms in these areas deploy turbines above 10 MW capacity and operate in wind speeds exceeding 9 meters per second. China also leads in domestic wind turbine manufacturing with numerous turbine production facilities capable of producing thousands of turbines annually. The country manufactures large turbine blades exceeding 100 meters in length and advanced gearboxes designed for high-capacity wind generation. 

MIDDLE EAST & AFRICA

The Middle East and Africa collectively account for approximately 7% of the global Wind Power Generation Market Share. Although historically dependent on fossil fuels, several countries across the region are rapidly expanding renewable energy infrastructure to diversify electricity generation sources. North African countries including Morocco and Egypt operate some of the largest wind farms in the region. Morocco’s coastal wind farms located along the Atlantic Ocean benefit from wind speeds exceeding 9 meters per second and host turbines ranging from 2 MW to 4 MW capacity. Egypt’s Gulf of Suez region also provides strong wind resources supporting large wind farms exceeding 500 MW capacity. South Africa represents one of the most advanced wind markets in Sub-Saharan Africa. The country operates multiple wind farms across the Western Cape and Eastern Cape provinces where wind speeds frequently exceed 7 meters per second. Many of these wind projects supply electricity to national power grids supporting renewable energy targets. The Middle East is also investing in wind power generation as part of energy diversification strategies. Countries including Saudi Arabia and the United Arab Emirates have announced several wind projects in desert regions where wind speeds remain stable throughout the year. 

List of Key Wind Power Generation Market Companies

• Vestas
• Goldwind
• GE
• Envision
• Siemens Gamesa
• Mingyang Smart Energy
• Shanghai Electric
• Nordex
• Windey
• CRRC Wind Power
• Sany Renewable Energy
• CSSC Haizhuang
• Dongfang Electric
• Guodian United Power
• ENERCON
• Suzlon
• Huayi Electric

Top Two Companies with Highest Share

• Vestas: Holds approximately 16% global wind turbine installation share with more than 170 GW turbines installed worldwide across over 85 countries and over 80,000 operational wind turbines contributing to global electricity generation capacity.
• Goldwind: Maintains nearly 13% global wind turbine manufacturing and installation share with over 110 GW installed capacity globally and thousands of turbines deployed across Asia, Europe, and the Americas.

Investment Analysis and Opportunities

The Wind Power Generation Market continues to attract large-scale investments as countries accelerate renewable electricity generation programs. Approximately 72% of global renewable infrastructure investments are currently directed toward wind and solar power expansion. Utility-scale wind projects represent nearly 48% of renewable electricity generation capacity additions globally. Institutional investors, energy companies, and infrastructure funds are increasing their exposure to wind energy projects due to stable long-term electricity supply contracts and expanding clean energy targets. Offshore wind investments represent nearly 36% of new wind energy infrastructure developments due to higher capacity factors and stronger wind speeds exceeding 9 meters per second across coastal regions.

Emerging markets also present significant Wind Power Generation Market Opportunities as electricity demand continues to increase. Nearly 41% of planned wind farm projects are located in developing economies across Asia-Pacific, Latin America, and parts of Africa. Government incentives and renewable portfolio standards support nearly 55% of wind project developments globally. Technological advancements such as turbines above 10 MW capacity improve wind farm productivity by more than 30% compared with earlier turbine models. Energy storage integration with wind projects is expanding rapidly, with nearly 22% of new wind farms integrating battery storage systems to improve grid stability and power supply reliability.

New Products Development

Product innovation within the Wind Power Generation Market is focused on increasing turbine efficiency, expanding rotor diameters, and enhancing digital monitoring capabilities. Modern wind turbines now feature blade lengths exceeding 100 meters, increasing wind capture area by nearly 45% compared with earlier designs. Advanced composite blade materials reduce turbine weight by approximately 18% while improving structural strength and durability. Smart control systems equipped with artificial intelligence algorithms improve turbine energy output by approximately 12% through optimized blade pitch and yaw adjustments during changing wind conditions.

Manufacturers are also introducing modular turbine components that reduce installation complexity by nearly 25%. Floating offshore wind platforms represent another key product development segment as more than 20% of offshore wind projects are exploring floating turbine technology. Hybrid renewable energy systems integrating wind power with solar panels and battery storage are expanding across industrial energy facilities. These hybrid systems improve renewable electricity utilization rates by more than 35%, supporting consistent power supply across large commercial energy consumers and national electricity grids.

Five Recent Developments

• Vestas: In 2024 the company expanded deployment of large offshore wind turbines exceeding 15 MW capacity, increasing turbine energy output efficiency by nearly 30% compared with earlier turbine platforms while improving blade durability and operational stability in high wind speeds above 10 meters per second.
• Goldwind: During 2024 the manufacturer introduced advanced permanent magnet direct-drive turbines that improved turbine reliability by approximately 22% and reduced mechanical component complexity by nearly 18%, supporting longer operational lifespans and reduced maintenance requirements for large wind farms.
• Siemens Gamesa: In 2024 the company strengthened offshore wind development by deploying turbines with rotor diameters exceeding 220 meters, increasing swept area coverage by more than 40% and improving offshore wind farm energy generation capacity in large coastal installations.
• Mingyang Smart Energy: The manufacturer launched next-generation hybrid drive wind turbines in 2024 designed for offshore installations, improving turbine power generation efficiency by nearly 28% and enabling stable operations under extreme marine wind conditions exceeding 12 meters per second.
• Nordex: In 2024 Nordex introduced upgraded onshore wind turbines with tower heights exceeding 160 meters designed for low-wind regions, improving wind energy capture efficiency by nearly 20% and allowing wind farms to generate stable electricity output in moderate wind speed environments.

Report Coverage Of Wind Power Generation Market

The Wind Power Generation Market Report provides detailed analysis of global wind energy deployment trends, technological innovations, and competitive landscape developments across major regions. The report evaluates turbine capacity categories including 1.5 MW, 2.0 MW, 2.X MW, 3.X MW, 4-6.X MW, and turbines above 7 MW capacity. Nearly 86% of global installations remain concentrated in onshore wind farms while offshore wind installations account for approximately 14% of total global wind capacity. The report also analyzes regional market distribution where Asia-Pacific holds nearly 38% share, Europe accounts for approximately 28%, North America contributes around 22%, while Middle East and Africa together represent nearly 7% of global wind power infrastructure.

In addition, the Wind Power Generation Market Research Report evaluates technology adoption trends including digital wind farm monitoring systems, predictive maintenance platforms, and hybrid renewable power generation projects. Nearly 46% of large wind farms are implementing advanced data analytics systems to monitor turbine performance and reduce downtime. Turbines with capacities exceeding 7 MW represent nearly 19% of new installations as offshore wind projects expand globally. The report also reviews strategic activities among leading turbine manufacturers including partnerships, technological innovation programs, and large wind farm project developments influencing global Wind Power Generation Market expansion.