Ørsted Breaks Ground on 200-MW Blackwater Solar in New Mexico

Ørsted has broken ground on Blackwater Solar, a 200-MW facility in Roosevelt County, New Mexico, marking the Danish developer’s first project in the state. Construction started in Q3 2026, with commercial operations targeted for December 2027, and the plant is configured to power more than 56,000 homes annually through the Southwest Power Pool.

The timing matters because the region it feeds is starved of solar. As of 2024, the Southwest Power Pool (SPP) carried just 986 MW of operating solar against 35,634 MW of wind, which means every large-scale solar entry into its territory registers as a meaningful infrastructure data point rather than routine capacity addition.

This piece lays out what the Blackwater project actually involves, what it signals about solar’s trajectory across SPP territory, and what the deal structure reveals about how large-scale renewable development is being financed in the U.S. Southwest right now.

What Ørsted is building, and what it will deliver

The physical shape of Blackwater is straightforward, and the numbers carry the weight. The facility spans roughly 3,000 acres between Portales and Clovis in Roosevelt County, interconnecting to SPP-South via Xcel Energy, with First Solar supplying the U.S.-manufactured modules. Commercial operations are targeted for late 2027.

Here is the project at a glance:

• 200 MW generating capacity
• Powers 56,000-plus homes annually within SPP territory
• 3,000-acre site between Portales and Clovis, Roosevelt County
• 150-200 temporary full-time construction jobs, plus several permanent operational roles
• Nearly $18 million in projected property tax revenue over the project’s lifetime
• 30-year operating life
• Commercial operations targeted for December 2027

Economic and community commitments over 30 years

The local benefit framework is where the long-duration nature of this asset becomes clear. Ørsted projects nearly $18 million in property tax revenue for Roosevelt County across the plant’s 30-year operating life, a figure that arrives steadily long after the construction crews have gone.

Construction itself brings 150-200 temporary full-time roles, with several permanent positions once the plant is running. Ørsted has also committed $100,000 to the Playa Lakes Joint Venture to support wetland restoration and conservation near the site.

The combination of a three-decade operating life and eight-figure local tax revenue positions this as a long-duration infrastructure commitment, not a short-cycle build-and-sell asset. That distinction is exactly what shapes how communities and energy investors evaluate projects like this differently: the value is measured in decades, not in a single development cycle.

The PPA structure and domestic supply chain underpinning the project

Blackwater is backed by a long-term power purchase agreement (PPA), a contract that locks in who buys the electricity and at what price over an extended period, structured to help meet growing industrial electricity demand in New Mexico. That much is confirmed. What is not confirmed is who signs on the other side of it.

The specific offtaker behind the Blackwater PPA has not been publicly named in any available source. For context on the kind of counterparties Ørsted typically works with, its broader corporate PPA roster includes Amazon, Danfoss, Covestro, Nestlé, and TSMC, though none of these has been linked to Blackwater in public material.

Here is what is confirmed versus what remains open:

• Confirmed: a long-term PPA underpins the project
• Confirmed: First Solar supplies U.S.-manufactured modules
• Confirmed: an end-of-life recycling arrangement via SOLARCYCLE and First Solar
• Not disclosed: the PPA offtaker’s identity
• Not disclosed: module series, contracted volume, or pricing

On the supply side, Ørsted has framed its use of domestically manufactured First Solar panels as a deliberate strategic choice.

Ørsted has characterised the domestically manufactured First Solar panels as supporting American energy production and manufacturing.

The relationship runs deeper than module supply. Ørsted’s Blackwater information page notes U.S. agreements with SOLARCYCLE and First Solar to recycle thin-film and crystalline silicon modules at end of life, giving the arrangement a full-lifecycle dimension rather than a simple procurement deal.

The undisclosed counterparty is the single most significant gap in this deal. For anyone weighing offtake risk, the creditworthiness and industrial profile of the unnamed buyer matters as much as the technical specifications, and that gap deserves to be stated plainly rather than glossed over.

Why SPP territory is becoming a target for utility-scale solar, and what risks come with it

The starting point is an imbalance. SPP built its identity on wind, and the numbers show just how lopsided the resource mix has become, which is precisely why solar developers now see room to move.

Against a total system capacity of 65,975 MW, accredited solar sits at just 387 MW. That is the headroom developers are targeting, and the pace of scaling is already visible: SPP set a solar generation record of 871 MW on 6 April 2025, up from 490 MW a year earlier.

Structural tailwinds reinforce the case. According to Fitch Ratings, SPP expanded its RTO services into the Western Interconnection with a go-live of 1 April 2026, becoming the first U.S. RTO to serve both the Eastern and Western Interconnections, which improves market access and transmission planning for new projects.

Reliability pressure adds to the demand story. The U.S. Department of Energy issued an emergency order to SPP under section 202(c) of the Federal Power Act on 26 July 2026, a signal that the grid is straining and that additional flexible, clean generation is needed.

Risks that could slow the buildout

Resource quality is not the binding constraint here. Infrastructure is. The same DOE order that signals demand also flags reliability stress, and several project-level risks sit between a groundbreaking and operating capacity:

• Transmission congestion as large projects cluster in Roosevelt County, with Blackwater’s 200 MW joining a separately reported 300 MW Roosevelt Solar project in the same county
• Interconnection queue delays, reflected in SPP’s low accredited solar figure relative to total system capacity
• County-level planning and permitting requirements, which earlier local reporting noted Blackwater still had to clear
• A timing gap between resource quality and grid-upgrade schedules

For investors, the takeaway is calibrated: SPP’s solar gap explains why capital is arriving now, while the risk layer explains why not every project in the queue will reach commercial operations on schedule.

What Blackwater signals about where Ørsted’s U.S. strategy is heading

Blackwater is not just one project. It is evidence of how Ørsted is rebuilding its U.S. book, and the logic behind that shift is where the strategic read sits.

Analyst coverage from Reuters, Bloomberg, S&P Global Commodity Insights, and Wood Mackenzie has consistently framed Ørsted’s onshore expansion as a response to the cost overruns, permitting delays, and impairments that hit its large offshore wind projects, particularly in the U.S. Northeast. The pivot favours smaller, repeatable assets over lumpy, single-project bets.

The elements of that pivot are visible in Blackwater:

• Geographic expansion into a new state, New Mexico, and a new grid region, SPP-South
• Corporate PPA reliance, consistent with a roster that includes Amazon, Danfoss, Covestro, Nestlé, and TSMC
• Domestic supply chain preference, via U.S.-manufactured First Solar modules
• Smaller, more repeatable asset size compared with offshore wind

Analysts have characterised Blackwater as a risk-managed growth asset within Ørsted’s broader regional strategy.

The limits of that reading matter too. Ørsted has not disclosed full details of its U.S. onshore pipeline beyond announced projects, and the offshore challenges that prompted the shift are not fully resolved.

For investors tracking Ørsted’s Americas business, Blackwater’s mix of new geography, domestic supply chain, and long-term PPA supports the thesis of a more diversified, lower-volatility onshore book. The unnamed offtaker, though, means the quality of that PPA cannot yet be independently assessed.

Blackwater in context: a measured step in a market still finding its solar footing

What Blackwater delivers is real and well-structured: 200 MW of domestically supplied, PPA-backed solar entering a grid region where solar remains a small fraction of total capacity, carrying a 30-year commitment and quantified local benefits.

What remains unresolved is worth watching. Three variables will carry the most informational weight from here:

• Disclosure of the PPA offtaker’s identity
• SPP’s transmission buildout in Roosevelt County relative to the growing solar project queue
• Ørsted’s future U.S. onshore pipeline announcements

The December 2027 operations date is the milestone that converts this groundbreaking from a strategic signal into a measurable outcome. That is the moment to judge whether the deal structure, the domestic supply chain, and the SPP interconnection all performed as designed, and whether Roosevelt County’s projected $18 million in tax revenue begins to materialise as promised.

This article is for informational purposes only and should not be considered financial advice. Investors should conduct their own research and consult with financial professionals before making investment decisions.

Past performance does not guarantee future results. Financial projections and forward-looking statements, including commercial operation targets and revenue projections, are subject to market conditions, permitting outcomes, and various risk factors.