Key Takeaways
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You can use a current 2025–2026 interactive map of wind farms in Texas to explore more than 230 utility-scale projects and over 43 GW of wind power generation capacity.
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Texas leads the U.S. in wind energy, with the largest wind farms concentrated in west texas, the Panhandle, and the Gulf Coast.
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This guide explains how to read the map, locate major projects, access a wind turbine database, and track proposed projects through 2026.
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The map of wind farms in texas is useful for energy professionals, landowners, students, researchers, and decision makers following renewable energy development.
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The FAQ answers practical questions about updates, accuracy, GIS downloads, and technical turbine data.
Overview: Texas Wind Energy at a Glance
Texas leads the country in wind power generation, and a map is the fastest way to see where wind farms in Texas are located. As of early 2026, Texas has roughly 44–45 GW of installed capacity, with 43,962 MW often used as a recent benchmark.
Texas has over 19,000 wind turbines operating across the state, concentrated in areas with strong wind resources and sufficient transmission infrastructure, accounting for more than 42 gigawatts of installed capacity. Ongoing projects are expected to add more than 300 megawatts of capacity by the end of 2025.
The pattern is not random. The Competitive Renewable Energy Zones build-out helped move wind electricity from remote regions to Dallas, Austin, San Antonio, and Houston. A good map turns that history into a practical view of wind energy, electricity generation, and individual turbines.
How to Use the Map of Wind Farms in Texas
Think of this as a quick “how-to” for reading an interactive map of wind farms in Texas. The Cleanview Texas Wind Farm Map displays active and upcoming wind infrastructure while scaling marker sizes based on megawatt capacity.
Most tools let you toggle layers for individual wind turbines, project boundaries, transmission lines, substations, county lines, and competitive renewable energy zones. Zoom into Amarillo, Abilene, San Angelo, or the Gulf Coast to compare clusters.
Clicking a project icon typically shows name, capacity, developer or owner, operation date, county, and turbine count. Filters can isolate the largest wind farms, post-2015 construction, or post-2020 growth. Some applications export CSV, GeoJSON, or shapefiles to create custom GIS data or a wind turbine database.
Interactive mapping applications for wind farms in Texas include U.S. Wind Turbine Database Viewer, Cleanview Texas Wind Map, and the WINDExchange Resource Finder.
Where Wind Farms Are Located in Texas
A map shows why texas wind development follows the resource. The Panhandle and High Plains around Amarillo, Lubbock, and Plainview have strong wind speeds, open land, and CREZ transmission links.
West Texas around Abilene, Sweetwater, San Angelo, and Big Spring remains one of the earliest wind power hubs. Many farms in texas stretch along ridgelines and mesas, where wind conditions are typically reliable.
Coastal counties such as Nueces, Kenedy, Willacy, and Matagorda appear because sea-breeze resources sit closer to demand. Central and north-central Texas near Waco, Stephenville, and Wichita Falls show medium-scale projects near existing grid infrastructure.
Urban counties such as Harris, Travis, and Dallas show limited turbines because wind farms are usually located on rural land to reduce conflicts and improve output. The U.S. Department of Energy provides maps visualizing average wind speeds across Texas to assess energy potential in specific regions.
Largest Wind Farms in Texas You’ll See on the Map
The largest wind projects stand out as dense groups of turbine icons, often aligned in rows with prevailing weather and wind directions.
|
Project |
County / region |
Capacity |
Note |
|---|---|---|---|
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Great Prairie Wind Farm |
Hansford County |
1,027 MW |
Currently the largest wind farm in Texas, expected to reach full operation in late 2024 or early 2025 |
|
Los Vientos Wind Farm |
South Texas, two counties |
912 MW |
One of the largest wind projects in the U.S. since commissioning in 2016; associated with duke energy development history |
|
Roscoe Wind Farm |
West Texas |
781.5 MW |
Commissioned in 2009 with 627 turbines; an early utility-scale texas wind example |
|
Aviator Wind |
Coke County |
525 MW |
Operational since June 2021 |
|
White Mesa Wind |
Crockett County |
501 MW |
Operational October 2021 |
|
Young Wind |
Young County |
500 MW |
Operational December 2022 |
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High Lonesome Wind Power, LLC Hybrid |
Upton County |
500 MW wind |
Online July 2023; detailed maps may show co-located storage |
|
Maverick Creek Wind |
Concho County |
492 MW |
Operational march 2022 |
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Hale Community Wind Farm |
Hale County |
478 MW |
Operational June 2019 |
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These projects show the scale of Texas wind farms, from older clusters to newer high-capacity sites. |
Current and Planned Wind Farms in Texas (2024–2026)
Updated maps increasingly include operating, proposed, and under-construction projects. This is where the news is useful: users can separate existing electricity generated from future capacity.
Examples include La Casa Wind in Stephens County, 150 MW, expected December 2025; Diversion Wind Energy LLC in Baylor County, 201 MW, expected December 2024; Monte Cristo 1 in Hidalgo County, 239 MW, expected October 2025; and Lane City Wind in Wharton County, 203 MW, expected October 2025.
Other additions include Hart Wind in Castro County, 166 MW, expected july 2025; Montgomery Ranch Wind Farm, LLC in Foard County, 203 MW, expected January 2025; Prairie Switch Wind LLC in Wharton County, 163 MW, expected May 2025; Peyton Creek Wind Farm II in Matagorda County, 243 MW, expected April 2025; and El Sauz Ranch Wind, LLC in Willacy County, 301 MW, expected January 2025.
These projects expand wind power generation across South Texas, North Texas, and the coast, reinforcing why Texas leads the world in U.S. wind capacity.
Policy and Infrastructure Behind the Map
The spatial pattern is shaped by policy, economics, and grid design. The Texas Renewable Portfolio Standard was established by Senate Bill 7 in 1999, mandating utility companies to create 2,000 MW of new renewable energy by 2009 based on market share.
The Public Utility Commission of Texas adopted rules for the state’s Renewable Energy Mandate in 1999, including a renewable-energy credit trading program and purchase requirements for competitive retailers. In 2005, Senate Bill 20 increased the RPS requirement to 5,880 MW by 2015, with a goal of 10,000 MW of renewable energy capacity by 2025, achieved in 2010.
The Competitive Renewable Energy Zones transmission initiative in Texas was launched in the late 2000s to connect remote windy regions to population centers with high-voltage power lines, enabling large-scale wind farms to feed clean energy into the ercot grid. Still, wind output in West Texas often exceeds transmission capacity during peak production hours, causing congestion where some energy must be curtailed or rerouted.
Developers and grid operators are increasingly investing in battery storage systems to capture surplus wind power and release it when demand is high or wind output drops, complementing how wind turbines work in Texas to generate electricity in the first place. Texas lawmakers have also proposed legislation to limit wind farm construction within a 30-mile radius of military-controlled airfields, which would eliminate tax incentives for these projects.
Data Sources and Wind Turbine Databases
Accurate maps depend on reliable data. The U.S. Wind Turbine Database is a comprehensive tool created by the U.S. Geological Survey, the Department of Energy, and Lawrence Berkeley National Laboratory to track wind turbine infrastructure.
The U.S. Wind Turbine Database Viewer allows users to access information on every individual wind turbine in Texas, including manufacturer, model, and total capacity. Many records include hub height, rotor diameter, commissioning date, and project name.
WINDExchange provides detailed visual data on wind energy infrastructure, grid potential, and active projects across Texas. The DOE provides over 300 wind resource maps, including state-specific snapshots of wind energy data and trends.
Global Energy Monitor’s Wind Power Tracker provides mapping of multi-phase wind projects and links geographical points to dedicated wiki pages for deeper insights. Texas is supported by several public and private platforms that offer detailed interactive mapping options to explore wind energy infrastructure.
Environmental and Community Context Visible on the Map
A map can also reveal environmental and community challenges. Overlays for bird migration, sensitive habitat, military training, airfields, and hurricane exposure help planners test siting risks before production begins.
Some proposed wind farms in Texas face concerns over military radar, flight corridors, lighting, setbacks, and viewsheds. Mapping also shows how projects cluster on ranchland and agricultural land, where lease payments can support local income.
Community benefits often follow the same geography: county tax revenue, school funding, construction jobs, and maintenance work. Groups such as the american wind energy association and american clean power association have long tracked these local benefits across the rest of the industry.
Future Trends in the Texas Wind Power Map
Future maps will show more hybrid projects, storage, and repowering. The Notrees example, with a 36 MW battery system, points to a broader wave of wind-plus-storage development alongside solar.
A 300 MW offshore wind farm is planned for Galveston, and an additional 2,100 MW for the Gulf Coast of Texas, indicating significant future growth in offshore wind energy. These remain different from operating land-based projects, but they would extend the map into marine locations if developed.
Innovations in turbine design, digital control systems, and repowering strategies are driving measurable gains in efficiency, reliability, and lifespan across the Texas wind fleet. Taller towers and longer blades can make lower wind speeds more economic, while repowering may reduce turbine counts but increase power output.
Coal will remain part of grid history, but the direction of development is clear: more clean energy, more storage, and more accurate mapping feedback for planners.
FAQ
How often is the map of wind farms in Texas updated?
Update frequency depends on the platform. Serious databases usually refresh records once or twice per year, but always check the “last updated” metadata before using a map for capacity analysis.
Can I download GIS data for Texas wind farms?
Yes. Many professional and academic tools support CSV, shapefile, or GeoJSON exports. Review licensing terms before redistributing derived maps.
How accurate are capacity numbers on Texas wind farm maps?
Nameplate capacity is generally reliable because it comes from filings, interconnection records, or developer announcements. Actual output varies by year, night conditions, curtailment, and weather.
Do maps show individual wind turbine models and technical details?
Advanced databases show model, manufacturer, hub height, rotor diameter, and total capacity. Simpler public maps may only show project name and MW.
Can I use the map to evaluate a potential project site?
Use it as a starting point for nearby projects, transmission, and resources. A professional site decision still requires wind measurements, environmental review, interconnection study, and project-specific economics.
