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In 1999, New Mexico had no wind energy capacity. Today, 38% of the State’s electric grid runs on wind ranking New Mexico 9th in the nation for installed wind energy. With major new projects coming online this year, the State is on the verge of another leap forward. And with that growth comes a challenge the industry has been slow to solve: what happens to blades when they come down. <\/p>\n\n
Nationally in installed wind energy capacity <\/p>\n <\/div>\n
Wind facilities producing 4,429 MW of power as of 2025 <\/p>\n <\/div>\n
Of the state’s electric grid powered by wind <\/p>\n <\/div>\n
Turbine blades within 120 miles of the proposed facility <\/p>\n <\/div>\n<\/div>\n\n
New Mexico’s wind energy story is one of the fastest build-outs in the country. From a standing start in 1999, the State reached 4,235 MW of capacity by 2022 and continues to grow. Today, 29 utility-scale facilities generate enough wind power to cover more than a third of the State’s electricity needs. <\/p>\n
That growth is accelerating. Two major projects one already operating, the other completing construction this month (June 2026) will bring tens of thousands of additional blades into service in the coming years, all within range of the proposed EVSWA Facility. <\/p>\n\n
Zero wind power capacity in New Mexico <\/p>\n <\/div>\n
4,235 MW of installed capacity built in just over two decades <\/p>\n <\/div>\n
29 facilities, 4,429 MW-38% of the state’s electric grid <\/p>\n <\/div>\n
SunZia Wind Farm completes the largest wind project in the Western Hemisphere <\/p>\n <\/div>\n<\/div>\n\n
\n Location:<\/strong> Central New Mexico \n Location:<\/strong> Roosevelt County \n Location:<\/strong> Near Corona, NM (Lincoln County) A note on blade lifespan:<\/em> Wind blades are designed to last 20-30 years under optimal conditions, but in practice, they typically last closer to 10 years. That means SunZia and other farms coming online now will begin generating decommissioned blades well within the next decade before a regional recycling solution is in place in New Mexico. <\/p>\n\n This map shows the locations of operating utility-scale wind farms across the State. The proposed EVSWA facility near Moriarty sits in the heart of New Mexico’s wind energy corridor within 120 miles of 1,382 planned or developed turbines representing more than 4,146 blades. Note: the map does not include proposed or under-development projects. <\/em><\/p>\n\n Geography is one of the strongest arguments in favor of this Facility. The Estancia Valley sits at the center of New Mexico’s wind energy activity close enough to multiple farms to make blade transport economical, and far enough from major population centers to accommodate industrial-scale operations. Within a 120-mile radius of the proposed EVSWA site, there are already 1,382 planned or developed wind turbines representing over 4,146 blades. That’s before accounting for projects still in development, which the current map does not reflect. As New Mexico’s wind capacity continues to grow, the case for a facility here grows as well. <\/p>\n\n
\n Turbines:<\/strong> 377
\n Blades:<\/strong> 1,131
\n Distance to EVSWA:<\/strong> Within 100 Miles \n <\/p>\n <\/div>\n\n Sagamore Wind Farm <\/h3>\n
\n Capacity:<\/strong> 522 MW
\n Turbines:<\/strong> 240
\n Blades:<\/strong> 720
\n Distance to EVSWA:<\/strong> Within 180 Miles \n <\/p>\n <\/div>\n\n SunZia Wind Farm <\/h3>\n
\n Capacity:<\/strong> 3,500 MW
\n Turbines:<\/strong> 916
\n Blades:<\/strong> 2,748
\n Distance to EVSWA:<\/strong> Within 70 Miles
\n Largest in Western Hemisphere – completing 2026 <\/em>\n <\/p>\n <\/div>\n<\/div>\n\nWHERE NEW MEXICO’S WIND FARMS ARE AND WHY LOCATION MATTERS<\/h2>\n